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Satellite /
Parabolic
Amplifiers - All amplifiers are available as single units or in redundant or combined
systems-Wikipedia For products in frequencies other than S-Band - C-Band - X-Band - K-Band - Ku-Band - Ka-Band - W-Band - Q-Band - V-Band - DBS-Band - Tri-Band - S-Band - UHF-Band - L-Band - Multi-Band, please refer to our other products pages. Product line includes: HPA - high-frequency solid state amplifiers - Military
Satcom - oscillator power-amplifier systems - Millimeter wave klystron technology - Crossed-Field
Amplifiers-Wikipedia
(CFAs) TWT cathode or grid pulsing. - SSPA- Solid State Power Amplifiers (SSPAs) and Block Upconverters (BUCs) Upconverter -
TWTA-Wikipedia Outdoor Indoor Traveling Wave Tube Amplifiers Coupled Cavity TWTs . TWT - Ring-Loop TWT - Pulsed ring-loop traveling wave tube - Pulsed Products - Inductive Output Tubes (IOTs) - Klystrodes - Klystrons-Wikipedia Gyrotrons - CW Oscillators - Pulsed Oscillators - Pulsed Products - TWT cathode or grid pulsing - Millimeter wave uplink amplifiers - Power Couplers - RF Decks - Standalone RF amplifier decks ) can be provided. The RF chain is completely configured to your requirements.
Satellite
Amplifier - SSPA - TWTA - BUC - In-line - LNB Amplifier-Wikipedia
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Block Upconverters
(BUC)-Wikipedia
A block Upconverter
(BUC) is used in the transmission (uplink) of satellite signals. It converts a band of frequencies from a lower frequency to a higher frequency. Modern BUCs convert from the L band to Ku band, C band and Ka band. Older BUCs convert from a 70 MHz intermediate frequency (IF) to Ku band or C band.
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Terrasat
Terrasat Communications designs and manufactures innovative RF solutions for Satellite Communications systems. Our ground-breaking IBUC – the Intelligent Block Upconverter – brings advanced features and performance to C-band, X-band, Ku-band and Ka-band satellite earth terminals and VSAT's. Our products offer exceptional value at reasonable cost, thereby allowing our customers to stay ahead of their competitors.
C-Band
BUC-Wikipedia
Nearly all C-band
communication satellites use the band of frequencies from 3.7 to
4.2 GHz for their downlinks, and the band of frequencies from
5.925 to 6.425 GHz for their uplinks. Note that by using
the band from 3.7 to 4.0 GHz, this C-band overlaps somewhat
into the IEEE S-band for radars.
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5
Watt C-Band BUC2e
10
Watt C-Band BUC2e
15
Watt C-Band BUC2e
20 Watt
C-Band BUC2e
Description:
The latest evolution of the Terrasat IBUC has all of the advanced features and reliability of the original IBUC2e in a new, more compact package. IBUC2e offers high performance in a compact, cost effective package with simplified 1+1 configuration and
installation. IBUC2e comes with a complete set of diagnostic tools including:10 MHz input detector. Input voltage and current monitoring. Transmit L-band input level detector. Transmit RF output level detector. User configurable thresholds and alarm.
IBUC2e5W
Data
Sheet
IBUC2e10W Data
Sheet
IBUC2e15W Data
Sheet
IBUC2e20W Data
Sheet
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5 Watt
C-Band BUC
10 Watt
C-Band BUC
Description:
IBUC2 offers significant benefits: High performance in a compact, cost effective package. Simple design and installation. Simplified 1+1 configuration. New interfaces connect you to extensive M&C facilities for network management or local access. This powerful M&C enables: Trouble-free commissioning with easy, point-and-click installation/configuration. Continuous verification of performance with time-stamped alarm history. Simplified monitoring of terminal status.
IBUC2-5W
Data
Sheet
IBUC2-10W Data
Sheet
IBUC2-15W Data
Sheet
IBUC2-20W Data
Sheet
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25
Watt C-Band BUC
30
Watt C-Band BUC
40
Watt C-Band BUC
50
Watt C-Band BUC
60 Watt
C-Band BUC
Description:
IBUC2 offers significant benefits: High performance in a compact, cost effective package. Simple design and installation. Simplified 1+1 configuration. New interfaces connect you to extensive M&C facilities for network management or local access. This powerful M&C enables: Trouble-free commissioning with easy, point-and-click
installation/configuration. Continuous verification of performance with time-stamped alarm history. Simplified monitoring of terminal status.
IBUC2-25W Data
Sheet
IBUC2-30W Data
Sheet
IBUC2-40W Data
Sheet
IBUC2-50W Data
Sheet
IBUC2-60W Data
Sheet
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Terrasat IBUC
C-band
5W
10 Watt
C-Band BUC
Terrasat IBUC
C-band
20W
25
Watt C-Band BUC
Terrasat
IBUC C-band 40W
50
Watt C-Band BUC
Terrasat IBUC
C-band
60W
80
Watt C-Band BUC
Description:
IBUC for higher performance and
reliability. High linearity. All models available with integral AC power supply or separate DC power supply.
IBUC2-5w Data Sheet
Data
Sheet
IBUC2-10W Data Sheet Data
Sheet
IBUC2-20W Data Sheet Data
Sheet
IBUC2-25W Data Sheet Data
Sheet
IBUC2-40w Data Sheet Data
Sheet
IBUC2-50W Data Sheet Data
Sheet
IBUC2-60W Data Sheet Data
Sheet
IBUC2-80W Data Sheet Data
Sheet
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IBUC R
C-band 80Watt
IBUC R
C-band 100Watt
IBUC R
C-band 125Watt
Description:
IBUC for higher performance and
reliability. High linearity. All models available with integral AC
power supply or separate DC power supply.
IBUCR-80w
Data
Sheet
IBUCR-100w Data
Sheet
IBUCR-125w Data
Sheet
IBUCR-150w Data
Sheet
IBUCR-175w Data
Sheet
IBUCR-200w Data
Sheet
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C-Band IBUC2G-100W-GaN
Description:
IBTCP/IP HTTP with embedded Web pages. SNMP. TELNET through TCP/IP. FSK through TX IFL cable. RS232/485 serial port. Hand-held terminal.
IBUC2G-100w
Data
Sheet
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IBUC
C-band HP 100Watt
IBUC
C-band HP 125Watt
Description:
IBUC HP has TCP/IP HTTP with embedded Web pages.
SNMP. TELNET through TCP/IP. FSK through TX IFL cable. RS232/485 serial port. Hand-held terminal.
Offers significant benefits: Low terminal cost. Simple design and installation. Superior RF performance. Simplified 1+1 configuration.
IBUC-HP-100w
Data
Sheet
IBUC-HP-125w
Data
Sheet
IBUC-HP-150w
Data
Sheet
IBUC-HP-175w
Data
Sheet
IBUC-HP-200w
Data
Sheet
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IBUC G C-band 400Watt
Description:
IBUC G offers significant benefits: Low terminal cost. Simple design and installation. Superior RF performance. Simplified 1+1 configuration.
IBUCG-400w
Data
Sheet
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Ku-Band-Wikipedia
The
Ku band is a portion of the electromagnetic spectrum in the
microwave range of frequencies ranging from 11.7 to 12.7GHz.
(downlink frequencies) and 14 to 14.5GHz (uplink frequencies) Low
or extended Ku band is used from 10.7 to 12.75 GHz (LOF Low
9.750 GHz, LOF High 10.750 GHz)
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4
Watt Ku-Band BUC
8
Watt Ku-Band BUC
12
Watt Ku-Band BUC
16
Watt Ku-Band BUC
Description:
The latest evolution of the Terrasat IBUC has all of the advanced features and reliability of the original IBUC2e in a new, more compact package. IBUC2e offers high performance in a compact, cost effective package with simplified 1+1 configuration and
installation. IBUC2e comes with a complete set of diagnostic tools including:10 MHz input detector. Input voltage and current monitoring. Transmit L-band input level detector. Transmit RF output level detector. User configurable thresholds and alarm.
IBUC2e4W
Data
Sheet
IBUC2e8W Data
Sheet
IBUC2e12W Data
Sheet
IBUC2e16W Data
Sheet
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4
Watt Ku-Band BUC
8
Watt Ku-Band BUC
10
Watt Ku-Band BUC
12
Watt Ku-Band BUC
Description:
IBUC2 offers significant benefits: High performance in a compact, cost effective package. Simple design and installation. Simplified 1+1 configuration. New interfaces connect you to extensive M&C facilities for network management or local access. This powerful M&C enables: Trouble-free commissioning with easy, point-and-click installation/configuration. Continuous verification of performance with time-stamped alarm history. Simplified monitoring of terminal status.
IBUC2-4W Data
Sheet
IBUC2-8W Data
Sheet
IBUC2-10W Data
Sheet
IBUC2-12W Data
Sheet
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20
Watt Ku-Band BUC
25
Watt Ku-Band BUC
30
Watt Ku-Band BUC
40
Watt Ku-Band BUC
Description:
IBUC2 offers significant benefits: High performance in a compact, cost effective package. Simple design and installation. Simplified 1+1 configuration. New interfaces connect you to extensive M&C facilities for network management or local access. This powerful M&C enables: Trouble-free commissioning with easy, point-and-click installation/configuration. Continuous verification of performance with time-stamped alarm history. Simplified monitoring of terminal status.
IBUC2-20W
Data
Sheet
IBUC2-25W Data
Sheet
IBUC2-30W Data
Sheet
IBUC2-40W Data
Sheet
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Terrasat IBUC
Ku-band 4Watt
8
Watt Ku-Band BUC
12
Watt Ku-Band BUC
16
Watt Ku-Band BUC
Description:
IBUC for higher performance and
reliability. High linearity. All models available with integral AC power supply or separate DC power supply.
IBUC-4w
Data
Sheet
IBUC-8w Data
Sheet
IBUC-12w Data
Sheet
IBUC-16w Data
Sheet
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Terrasat IBUC
Ku-band 20Watt
25
Watt Ku-Band BUC
30 Watt Ku-Band BUC
40
Watt Ku-Band BUC
50
Watt Ku-Band BUC
Description:
IBUC for higher performance and
reliability. High linearity. All models available with integral AC power supply or separate DC power supply.
IBUC-20w Data
Sheet
IBUC-25w Data
Sheet
IBUC-30w Data
Sheet
IBUC-40w Data
Sheet
IBUC-50w Data
Sheet
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IBUC R Ku-band 50Watt
IBUC R
Ku-band 60Watt
IBUC R
Ku-band 80Watt
Description:
IBUC for higher performance and
reliability. High linearity. All models available with integral AC
power supply or separate DC power supply.
IBUCR-50w Data
Sheet
IBUCR-60w Data
Sheet
IBUCR-80w Data
Sheet
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IBUC R
Ku-band 100Watt
IBUC R
Ku-band 125Watt
Description:
IBUC for higher performance and
reliability. High linearity. All models available with integral AC
power supply or separate DC power supply.
IBUCR-100w Data
Sheet
IBUCR-125w Data
Sheet
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Ku-IBUC2G-GaN
5Watt
Ku-IBUC2G-GaN-10Watt
Ku-IBUC2G-GaN-16Watt
Ku-IBUC2G-GaN-20Watt
Ku-IBUC2G-GaN-40Watt
Description:
IBUC 2 comes with a complete set of diagnostic tools including: 10 MHz input detector. Input voltage and current monitoring. Transmit L-band input level detector. Transmit RF output level detector. User configurable thresholds and alarms.
Ku-IBUC2G-5w
Data
Sheet
Ku-IBUC2G-10w Data
Sheet
Ku-IBUC2G-16w Data
Sheet
Ku-IBUC2G-20w
Data
Sheet
Ku-IBUC2G-40w Data
Sheet
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Ku-Band
IBUC-G-GaN-150W/200Watt
Description:
IBTCP/IP HTTP with embedded Web
pages. SNMP. TELNET through TCP/IP. FSK through TX IFL cable.
RS232/485 serial port. Hand-held terminal.
Ku-IBUC2G-150w/200w
Data
Sheet
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IBUC Ku-band
HP 60Watt
IBUC Ku-band
HP 80Watt
IBUC Ku-band
HP 100W
Description:
IBUC HP has TCP/IP HTTP with
embedded Web pages. SNMP. TELNET through TCP/IP. FSK through TX
IFL cable. RS232/485 serial port. Hand-held terminal. Offers
significant benefits: Low terminal cost. Simple design and
installation. Superior RF performance. Simplified 1+1
configuration.
IBUC-HP-60w
Data
Sheet
IBUC-HP-80w Data
Sheet
IBUC-HP-100w Data
Sheet
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Ka-Band BUC-Wikipedia
The Ka band ("kay-ay
band") covers the radio frequencies of 26.5–40 GHz, i.e.
wavelengths from slightly over one centimeter down to 7.5
millimeters. The Ka band is part of the K band of the microwave
band of the electromagnetic spectrum. This symbol refers to
"K-above": in other words, the band directly above the
K-band. The 30/20 GHz band is used in communications satellites,
uplink in either the 27.5 GHz and 31 GHz bands, and
high-resolution, close-range targeting radars aboard military
airplanes.
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Terrasat
IBUC 2 Ka-band 5Watt
IBUC
2 Ka-band 10Watt
Description:
IBUC 2 Ka-band 5W-25W offers significant benefits: High performance in a compact, cost effective package. Simple design and installation. Simplified 1+1 configuration.
New interfaces connect you to extensive M&C facilities for network management or local access. Trouble free commissioning with easy, point-and-click. Installation/configuration. Continuous verification of performance with time-stamped alarm history. Simplified monitoring of terminal status.
Ka-IBUC2-5w
Data
Sheet
Ka-IBUC2-10w Data
Sheet
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Terrasat
IBUC 2 Ka-band 16Watt
IBUC 2
Ka-band 20Watt
IBUC 2
Ka-band 25Watt
Description:
IBUC 2 Ka-band 5W-25W offers significant benefits: High performance in a compact, cost effective package. Simple design and installation. Simplified 1+1 configuration.
New interfaces connect you to extensive M&C facilities for network management or local access. Trouble free commissioning with easy, point-and-click. Installation/configuration. Continuous verification of performance with time-stamped alarm history. Simplified monitoring of terminal status.
Ka-IBUC2G-16w Data
Sheet
Ka-IBUC2G-20w Data
Sheet
Ka-IBUC2G-25w
Data
Sheet
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IBUC 2G
Ka-band 5Watt
IBUC 2G
Ka-band 10Watt
Description:
IBTCP/IP HTTP with embedded Web pages. SNMP. TELNET through TCP/IP. FSK through TX IFL cable. RS232/485 serial port. Hand-held terminal.
Ka-IBUC-5w
Data
Sheet
Ka-IBUC-10w Data
Sheet
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IBUC 2G
Ka-band 16Watt
IBUC 2G
Ka-band 20Watt
IBUC 2G
Ka-band 40Watt
Description:
IBTCP/IP HTTP with embedded Web pages. SNMP. TELNET through TCP/IP. FSK through TX IFL cable. RS232/485 serial port. Hand-held terminal.
Ka-IBUC-16w
Data
Sheet
Ka-IBUC-20w Data
Sheet
Ka-IBUC-40w Data
Sheet
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X-Band
BUC-Wikipedia
The X band is a
segment of the microwave radio region of the electromagnetic
spectrum. In some cases, such as in communication engineering, the
frequency range of the X band is rather indefinitely set at
approximately 7.0 to 11.2 GHz. In radar engineering, the frequency
range is specified by the IEEE at 8.0 to 12.0 GHz.
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IBUC 2
X-band 5Watt
IBUC 2
X-band 10Watt
IBUC 2
X-band 20Watt
IBUC 2
X-band 25Watt
Description:
The latest evolution of the IBUC has all of the advanced features and reliability of the original IBUC in a new, more compact package. IBUC2 offers significant benefits: High performance in a compact, cost effective package. Simple design and installation. Simplified 1+1 configuration.
IBUC2-X-5W
Data
Sheet
IBUC2-X-10W Data
Sheet
IBUC2-X-20W Data
Sheet
IBUC2-X-25W Data
Sheet
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IBUC 2
X-band 40Watt
IBUC 2
X-band 50Watt
IBUC 2
X-band 60Watt
Description:
The latest evolution of the IBUC has all of the advanced features and reliability of the original IBUC in a new, more compact package. IBUC2 offers significant benefits: High performance in a compact, cost effective package. Simple design and installation. Simplified 1+1 configuration.
IBUC2-X-40W
Data
Sheet
IBUC2-X-50W Data
Sheet
IBUC2-X-60W Data
Sheet
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IBUC X-band
5Watt
IBUC X-band
10Watt
IBUC X-band
20Watt
IBUC X-band
25Watt
Description:
New interfaces connect you to extensive M&C facilities for network management or local access. This powerful new M&C enables: Trouble-free commissioning with easy, point-and-click installation/configuration. Continuous verification of performance with time-stamped alarm history. Simplified monitoring of terminal status.
X-IBUC-5w
Data
Sheet
X-IBUC-10w Data
Sheet
X-IBUC-20w Data
Sheet
X-IBUC-25w Data
Sheet
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IBUC X-band
40Watt
IBUC X-band
50Watt
IBUC X-band
60Watt
IBUC X-band
80Watt
Description:
New interfaces connect you to extensive M&C facilities for network management or local access. This powerful new M&C enables: Trouble-free commissioning with easy, point-and-click installation/configuration. Continuous verification of performance with time-stamped alarm history. Simplified monitoring of terminal status.
X-IBUC-40w
Data
Sheet
X-IBUC-50w Data
Sheet
X-IBUC-60w Data
Sheet
X-IBUC-80w Data
Sheet
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IBUC R X-band
80Watt
IBUC R
X-band 100Watt
IBUC R X-band
125Watt
IBUC R X-band
150Watt
IBUC R X-band
175Watt
Description:
New interfaces connect you to extensive M&C facilities for network management or local access. This powerful new M&C enables: Trouble-free commissioning with easy, point-and-click installation/configuration. Continuous verification of performance with time-stamped alarm history. Simplified monitoring of terminal status.
X-IBUC-R-80w
Data
Sheet
X-IBUC-R-100w Data
Sheet
X-IBUC-R-125w Data
Sheet
X-IBUC-R-150w Data
Sheet
X-IBUC-R-175w Data
Sheet
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IBUC X-band HP
100Watt
IBUC X-band HP
125Watt
IBUC X-band HP
150Watt
IBUC X-band HP
175Watt
Description:
Trouble-free commissioning with easy, point-and-click installation/configuration.
Continuous verification of performance with time-stamped alarm history. Simplified monitoring of terminal status. TCP/IP HTTP with embedded Web pages
SNMP. TELNET through TCP/IP. FSK through TX IFL cable. RS232/485 serial port. Hand-held terminal.
X-IBUC-HP-100w
Data
Sheet
X-IBUC-HP-125w Data
Sheet
X-IBUC-HP-150w Data
Sheet
X-IBUC-HP-175w Data
Sheet
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IBUC 2G
X-band 100Watt
Description:
The revolutionary IBUC 2G has advanced features and a Gallium Nitride
(GaN) amplifier for increased efficiency. IBUC 2G offers significant benefits: Low terminal cost. Simple design and installation. Superior RF performance. Simplified 1+1 configuration. Compact, light-weight package.
X-IBUC-2G-100w
Data
Sheet
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IBUC G X-band 400Watt
Description:
The revolutionary IBUC G has advanced features and a Gallium Nitride
(GaN) amplifier for increased efficiency. IBUC G offers significant benefits: Low terminal cost. Simple design and installation. Superior RF performance. Simplified 1+1 configuration.
X-IBUC-G-400w
Data
Sheet
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DBS-Band
BUC-Wikipedia
This new allocation
will have 17.3-17.7 GHz as the downlink broadcast band, and a band
at 24.75-25.25 GHz for the "feeder link" Earth-to-space
band. The current DBS band, used by DirecTV and EchoStar, is
12.2-12.7 GHz for the downlinks and 17.3-17.8 GHz for the uplinks.
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IBUC 2
DBS-band 3Watt
IBUC 2
DBS-band 5Watt
IBUC 2
DBS-band 8Watt
Description:
The latest evolution of the IBUC has all of the advanced features and reliability of the original IBUC in a new, more compact package. IBUC2 offers significant benefits: High performance in a compact, cost effective package. Simple design and installation. Simplified 1+1 configuration.
DBS-IBUC-3w
Data
Sheet
DBS-IBUC-5w
Data
Sheet
DBS-IBUC-8w Data
Sheet
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IBUC 2
DBS-band 10Watt
IBUC 2
DBS-band 20Watt
IBUC 2
DBS-band 25Watt
Description:
The latest evolution of the IBUC has all of the advanced features and reliability of the original IBUC in a new, more compact package. IBUC2 offers significant benefits: High performance in a compact, cost effective package. Simple design and installation. Simplified 1+1 configuration.
DBS-IBUC-10w
Data
Sheet
DBS-IBUC-20w Data
Sheet
DBS-IBUC-25w Data
Sheet
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Actox
Actox manages the manufacturing, importation, sales, marketing, and integration of satellite telecommunication products originating in Europe, USA, and Asia. Actox also maintains its own manufacturing facilities and service centers and in the USA, Europe, Middle East and Asia.
C-Band
BUC-Wikipedia
Nearly all C-band
communication satellites use the band of frequencies from 3.7 to
4.2 GHz for their downlinks, and the band of frequencies from
5.925 to 6.425 GHz for their uplinks. Note that by using
the band from 3.7 to 4.0 GHz, this C-band overlaps somewhat
into the IEEE S-band for radars.
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2Watt Full
Mini C-Band Block Up Converter
Description:
This unit features: Output frequency 5.850-7.05 GHz. Double- L.O. (electronically and manually switchable 4.9 & 5.5 GHz). High efficiency output power. Internal 10MHz high stability 10-8 reference (optional). Low power consumption (15W max). Field-exchangeable (F/N) IF connector.
ABA2XC
Data
Sheet
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5Watt Mini Full C-Band Block Up Converter
10Watt Mini Full C Band Block Up Converter
Description:
This unit features: Output frequency 5.85 GHz - 7.05 GHz. Double L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (19W max).
High power efficiency (5W min over temperature). Digital temperature compensation.
Field-exchangeable (F/N) IF connector. Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional FSK. Internal 10MHz high stability 10-8 reference (optional).
ABA5XCM Data
Sheet
ABE10XCM/ABE10XCMF Data
Sheet
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5Watt Extended C-Band Block Up Converter
8Watt Extended C-Band Block Up Converter
10W
Extended C-Band Block Up Converter/ DCM
Description:
This unit features: Output frequency 5.850-6.725 GHz. Incomparable low power consumption (19W at 37dBm). Utilizing GaN technology. Internal 10MHz high stability 10-8 reference (optional). Lowest power consumption (19W max). Field-exchangeable (F/N) IF connector. Incomparable low phase noise. L.O., alarm and lock LED. RoHS compliant.
ABA5DC / ABA5DCF
Data
Sheet
ABE8XC / ABE8XCF Data
Sheet
ABE10DCM / 10DCMF Data
Sheet
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10Watt Extended C-Band Block Up Converter
12Watt Ext C-Band Block Up Converter
15Watt Ext C-Band Block Up Converter
Description:
This unit features: 5.850GHz - 6.725GHz output frequency. Based on GaN technology which enables high efficiency, low power consumption and high reliability. Local oscillator 4.90 GHz. Incomparable low power consumption (39 W max). Auto-ranging 15-60 VDC powering option. Digital temperature compensation. Field-exchangeable (F/N) IF connector. Power and lock status LED. Advanced M&C interface - combined RS-232/485 and FSK (optional). Internal 10MHz high stability 10-8 reference (optional). RoHS compliant.
ABE10DC / ABE10DCF
Data
Sheet
ABE12DC / ABE12DCF Data
Sheet
ABE15DC / ABE15DCF Data
Sheet
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10Watt Full C-Band Block Up Converter
12Watt Full C-Band Block Up Converter
15Watt Full C-Band Block Up Converter
Description:
This unit features: 5.85GHz - 7.05GHz output frequency. Double L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (44 W max).
High power efficiency. Digital temperature compensation. Field-exchangeable (F/N) IF connector. Power and lock status LED. Advanced M&C interface - combined RS-232/485 + FSK. Internal 10MHz high stability 10-8 reference (optional).
ABE10XC / ABE10XCF Data
Sheet
ABE12XC / ABE12XCF Data
Sheet
ABE15XC / ABE15XCF Data
Sheet
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12Watt Full C-Band Block Up Converter
15Watt Full C-Band Block Up Converter
Description:
This unit features: 5.85GHz - 7.05GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (44 W max).
High power efficiency. Digital temperature compensation. Field-exchangeable (F/N) IF connector. Power and lock status LED. Advanced M&C interface - combined RS-232/485 +
FSK. Internal 10MHz high stability 10-8 reference (optional).
ABE12XCM / ABE12XCMF Data
Sheet
ABE15XCM / ABE15XCMF Data
Sheet
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20Watt Full C-Band Block Up Converter
40Watt Full C-Band Block Up Converter
Description:
This unit features: 5.85 GHz - 7.05 GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (75W max). High power efficiency (20W min over temperature). Digital temperature compensation. Auto-ranging powering option 15-60VDC.
Field-exchangeable (F/N) IF connector.
Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional
FSK. Internal 10MHz high stability 10-8 reference (optional)
ABE20XC / ABE20XCF Data
Sheet
ABD40XC / ABD40XCF
Data
Sheet
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100Watt Full C-Band Block Up Converter
Description:
This unit features: 5.85 GHz - 7.05 GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (75W max).
High power efficiency (20W min over temperature). Digital temperature compensation. Auto-ranging powering option 15-60VDC. Field-exchangeable (F/N) IF connector.
Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional
FSK. Internal 10MHz high stability 10-8 reference (optional)
ABD100XC / ABD100XCF Data
Sheet
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20Watt
Fan-less Ext. C-Band 5.850-6.725 GHz BUC
25W Fan-less
Ext.C-Band 5.85-6.725 GHz BUC
30W Fan-less Ext. C-Band 5.85-6.725 GHz
BUC
40W Fan-less Ext. C-Band 5.85-6.725 GHz
BUC
Description:
This unit features: Output frequency 5.850-7.05 GHz. Double-
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). High efficiency output power. Internal 10MHz high stability 10-8 reference (optional). Low power consumption (15W max). Field-exchangeable (F/N) IF connector.
ABE20DC / ABE20DCF
Data
Sheet
ABE25DC / ABE25DCF
Data
Sheet
ABE30DC / ABE30DCF
Data
Sheet
ABE40DC / ABE40DCF
Data
Sheet
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40Watt
Fan-less Ext. C-Band 5.850-6.725 GHz BUC
60Watt Fan-less
Ext.C-Band 5.85-6.725 GHz BUC
Description:
This unit features: Output frequency 5.850-7.05 GHz. Double-
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). High efficiency output power. Internal 10MHz high stability 10-8 reference (optional). Low power consumption (15W max). Field-exchangeable (F/N) IF connector.
ABD40DC /
ABD40DCF
Data
Sheet
ABD60DC / ABD60DCF Data
Sheet
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25Watt
Fan-less Full C-Band BUC
Description:
This unit features: 5.85 GHz - 7.05 GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (75W max). High power efficiency (20W min over temperature). Digital temperature compensation. Auto-ranging powering option 15-60VDC.
Field-exchangeable (F/N) IF connector.
Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional
FSK. Internal 10MHz high stability 10-8 reference (optional)
ABE25XC / ABE25XCF Data
Sheet
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30Watt Fan-less Full C-Band BUC
Description:
This unit features: 5.85 GHz - 7.05 GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (75W max).
High power efficiency (20W min over temperature). Digital temperature compensation. Auto-ranging powering option 15-60VDC. Field-exchangeable (F/N) IF connector. Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional
FSK. Internal 10MHz high stability 10-8 reference (optional)
ABE30XC / ABE30XCF Data
Sheet
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80Watt
Extended C-Band Block Up Converter
100Watt Ext. C-Band Block Up Converter
Description:
This unit features: 5.85 GHz - 7.05 GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (75W max). High power efficiency (20W min over temperature). Digital temperature compensation. Auto-ranging powering option 15-60VDC. Field-exchangeable (F/N) IF connector.
Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional
FSK.Internal 10MHz high stability 10-8 reference (optional)
ABD80DC / ABD80DCF
Data
Sheet
ABD100DC / ABD100DCF Data
Sheet
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125Watt Ext. C-Band Block Up Converter
150Watt Ext. C-Band Block Up Converter
Description:
This unit features: 5.85 GHz - 7.05 GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (75W max). High power efficiency (20W min over temperature). Digital temperature compensation. Auto-ranging powering option
15-60VDC . Field-exchangeable (F/N) IF connector. Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional
FSK. Internal 10MHz high stability 10-8 reference (optional)
ABD125DC
/ ABD125DCF
Data
Sheet
ABD150DC / ABD150DCF Data
Sheet
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100Watt
Full C-Band Block
Description:
This unit features: 5.85 GHz - 7.05 GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (75W max). High power efficiency (20W min over temperature). Digital temperature compensation. Auto-ranging powering option 15-60VDC. Field-exchangeable (F/N) IF connector. Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional
FSK. Internal 10MHz high stability 10-8 reference (optional)
ABD100XC / ABD100XCF Data
Sheet
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200Watt
Extended C-Band Block Up Converter
Description:
This unit features: 5.85 GHz - 7.05 GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (75W max). High power efficiency (20W min over temperature). Digital temperature compensation. Auto-ranging powering option 15-60VDC. Field-exchangeable (F/N) IF connector. Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional
FSK. Internal 10MHz high stability 10-8 reference (optional)
ABD200DC / ABD200DC Data
Sheet
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Ku-Band BUC-Wikipedia The
Ku band is a portion of the electromagnetic spectrum in the
microwave range of frequencies ranging from 11.7 to 12.7GHz.
(downlink frequencies) and 14 to 14.5GHz (uplink frequencies) Low
or extended Ku band is used from 10.7 to 12.75 GHz (LOF Low
9.750 GHz, LOF High 10.750 GHz)
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2Watt Mini
Ext. Ku-Band BUC
3Watt Mini Ext. Ku-Band BUC
6Watt Mini Ext. Ku-Band BUC
Description:
Output frequency 13.75-14.50 GHz. Based on GaN technology which enables high efficiency, low energy consumption and high reliability. Smallest package size and weight. Industry’s lowest power consumption (<14W). L.O. 12.80 GHz. High power efficiency. RoHS compliant. Three-year warranty.
ABA2KX / ABA2KXF Data
Sheet
ABA3KX / ABA3KXF Data
Sheet
ABA6KXHH
Data
Sheet
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4Watt Super Mini Ext. Ku-Band
BUC
5Watt Super Mini Ext. Ku-Band
BUC
6Watt Super Mini Ext. Ku-Band
BUC
Description:
Output frequency 13.75-14.50 GHz. L.O. 12.80 GHz. Based on GaN technology which enables high efficiency, low energy consumption and high reliability. Smallest package size and weight. Powered through IF cable. Industry's lowest power consumption (<19W). High power efficiency. RoHS compliant. Three-year warranty.
ABA4SKX
/ ABA4SKXF
Data
Sheet
ABA5SKX / ABA5SKXF Data
Sheet
ABA6SKX / ABA6SKXF Data
Sheet
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80Watt
(mini) Extended Ku-Band BUC
Description:
5.85 GHz - 7.05 GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (75W max).
High power efficiency (20W min over temperature). Digital temperature compensation. Auto-ranging powering option 15-60VDC. Field-exchangeable (F/N) IF connector.Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional
FSK. Internal 10MHz high stability 10-8 reference (optional
ABD80KX / ABD80KXF Data
Sheet
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100Watt
(mini) Extended Ku-Band BUC
Description:
This unit features: 5.85 GHz - 7.05 GHz output frequency. Double
L.O. (electronically and manually switchable 4.9 & 5.5 GHz). Incomparable low power consumption (75W max).
High power efficiency (20W min over temperature). Digital temperature compensation. Auto-ranging powering option 15-60VDC. Field-exchangeable (F/N) IF connector. Power and lock status LED. Advanced M&C interface - combined RS-232/485 + optional
FSK. Internal 10MHz high stability 10-8 reference (optional)
ABD100KX / ABD100KXF
Data
Sheet
ABC100KX Data
Sheet
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8Watt Fanless Mini
Ext Ku Band BUC
10Watt
Fanless Mini Ext Ku Band BUC
12Watt
Fanless Mini Ext Ku Band BUC
16Watt Fanless Mini Ext Ku Band BUC
20Watt Fanless Mini Ext Ku Band BUC
Description:
Output frequency 13.75-14.50
GHz. Based on GaN technology which enables high efficiency, low energy consumption and high reliability. Double - L.O. (electronically and manually switchable 12.80 and 13.05 GHz). Auto-ranging 15-60
VDC. Incomparable low power consumption (35W max)- can be powered by iDirect or similar modems. Extreme P-Out GaN linearity. Digital temperature compensation. L.O. lock and amplifier LEDs. Field-exchangeable (F/N) IF connector. M&C - combined RS-232/RS-485, FSK, Ethernet (optional). Internal 10 MHz high stability (10-8) reference (optional).
RoHS compliant.
ABE8KX / ABE8KXF
Data
Sheet
ABE10KX / ABE10KXF Data
Sheet
ABE12KX / ABE12KXF Data
Sheet
ABE16KX / ABE16KXF Data
Sheet
ABE20KX / ABE20KXF Data
Sheet
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6Watt
Extended Ku-Band Block Up Converter
7Watt
Extended Ku-Band Block Up Converter
8Watt
Extended Ku-Band Block Up Converter
10Watt
Extended Ku-Band Block Up Converter
Description:
Output frequency 13.75-14.50 GHz. Based on GaN technology
which enables high efficiency, low energy consumption and high reliability. Double -
L.O. (electronically and manually switchable 12.80 and 13.05 GHz). Auto-ranging 15-60
VDC. Incomparable low power consumption (35W max)- can be powered by iDirect or similar modems. Extreme P-Out GaN linearity. Digital temperature compensation.
L.O. lock and amplifier LEDs. Field-exchangeable (F/N) IF connector. M&C - combined RS-232/RS-485,
FSK, Ethernet (optional). Internal 10 MHz high stability (10-8) reference (optional).
RoHS compliant.
ABA6KX / ABA6KXF
Data
Sheet
ABE6KXH /
ABE6KXHF Data
Sheet
ABE7KXH / ABE7KXHF Data
Sheet
ABE8KXH / ABE8KXHF Data
Sheet
ABE10KXH / ABE10KXHF Data
Sheet
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6Watt
Extended Ku-Band Block Up Converter
7Watt
Extended Ku-Band Block Up Converter
8Watt
Extended Ku-Band Block Up Converter
10Watt
Extended Ku-Band Block Up Converter
Description:
Output frequency 13.75-14.50 GHz. Based on GaN technology
which enables high efficiency, low energy consumption and high reliability. Double -
L.O. (electronically and manually switchable 12.80 and 13.05 GHz). Auto-ranging 15-60
VDC. Incomparable low power consumption (35W max)- can be powered by iDirect or similar modems. Extreme P-Out GaN linearity. Digital temperature compensation.
L.O. lock and amplifier LEDs. Field-exchangeable (F/N) IF connector. M&C - combined
RS-232/RS-485,
FSK, Ethernet (optional). Internal 10 MHz high stability (10-8) reference (optional).
RoHS compliant.
ABA6KX / ABA6KXF
Data
Sheet
ABE6KXH /
ABE6KXHF
Data
Sheet
ABE7KXH / ABE7KXHF Data
Sheet
ABE8KXH / ABE8KXHF Data
Sheet
ABE10KXH / ABE10KXHF Data
Sheet
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16Watt Fanless Extended Ku-Band BUC
20Watt
Extended Ku-Band Block Up Converter
25Watt
Extended Ku-Band Block Up Converter
Description:
Output frequency 13.75-14.50 GHz. Based on GaN technology
which enables high efficiency, low energy consumption and high reliability. Double -
L.O. (electronically and manually switchable 12.80 and 13.05 GHz). Auto-ranging 15-60
VDC. Incomparable low power consumption (35W max)- can be powered by iDirect or similar modems. Extreme P-Out GaN linearity. Digital temperature compensation.
L.O. lock and amplifier LEDs. Field-exchangeable (F/N) IF connector. M&C - combined RS-232/RS-485,
FSK, Ethernet (optional). Internal 10 MHz high stability (10-8) reference (optional).
RoHS compliant.
ABEN16KX / ABEN16KXF Data
Sheet
ABEN20KX / ABEN20KXF Data
Sheet
ABEN25KX / ABEN25KXF Data
Sheet
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8Watt
Extended Ku-Band Block Up Converter
10Watt
Extended Ku-Band Block Up Converter
12Watt
Extended Ku-Band Block Up Converter
Description:
Output frequency 13.75-14.50 GHz. Based on GaN technology which enables high efficiency, low energy consumption and high reliability. Double - L.O. (switchable 12.80 and 13.05 GHz). Incomparable low power
consumption (39W max)- can be powered by iDirect or similar modems. Extreme P-Out GaN linearity. Digital temperature compensation. L.O. lock and amplifier LEDs. Field-exchangeable (F/N) IF connector.
Internal 10 MHz reference, high stability (10-8) (optional). RoHS compliant.
ABE8KFX /
ABE8KFXF Data
Sheet
ABE10KFX / ABE10KFXF Data
Sheet
ABE12KFX / ABE12KFXF Data
Sheet
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25Watt
Extended Ku-Band Block Up Converter
40Watt
Extended Ku-Band Block Up Converter
50Watt
Extended Ku-Band Block Up Converter
Description:
Output frequency 13.75-14.50 GHz. Based on GaN technology
which enables high efficiency, low energy consumption and high reliability. Double -
L.O. (electronically and manually switchable 12.80 and 13.05 GHz). Auto-ranging 15-60
VDC. Incomparable low power consumption (35W max)- can be powered by iDirect or similar modems. Extreme P-Out GaN linearity. Digital temperature compensation.
L.O. lock and amplifier LEDs. Field-exchangeable (F/N) IF connector. M&C - combined RS-232/RS-485,
FSK, Ethernet (optional). Internal 10 MHz high stability (10-8) reference (optional).
RoHS compliant.
ABD25KX / ABD25KXF Data
Sheet
ABD40KX / ABD40KXF Data
Sheet
ABD50KX / ABD50KXF Data
Sheet
ABE25SKX / ABE25SKXF
Data
Sheet
ABC40SKX / ABC40SKXF Data
Sheet
ABD40SKX / ABD40SKXF Data
Sheet
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40Watt
Extended Ku-Band Block Up Converter
60Watt
Extended Ku-Band Block Up Converter
Description:
This unit features: Output frequency 13.75-14.50 GHz. Based on GaN technology
which enables high efficiency, low energy consumption and high reliability. Double -
L.O. (electronically and manually switchable 12.80 and 13.05 GHz). Auto-ranging 15-60
VDC Incomparable low power consumption (35W max)- can be powered by iDirect or similar modems. Extreme P-Out GaN linearity. Digital temperature compensation.
L.O. lock and amplifier LEDs. Field-exchangeable (F/N) IF connector. M&C - combined RS-232/RS-485,
FSK, Ethernet (optional). Internal 10 MHz high stability (10-8) reference (optional).
RoHS compliant.
ABCN40KX
/ ABCN40KXF
Data
Sheet
ABCN60KX / ABCN60KXF Data
Sheet
ABDN40KX
/ ABDN40KXF
Data
Sheet
ABDN60KX / ABDN60KXF Data
Sheet
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125Watt
Extended Ku-Band Block Up Converter
150Watt
Extended Ku-Band Block Up Converter
200Watt
Extended Ku-Band Block Up Converter
Description:
This unit features: Output frequency 13.75-14.50 GHz. Based on GaN technology
which enables high efficiency, low energy consumption and high reliability. Double -
L.O. (electronically and manually switchable 12.80 and 13.05 GHz). Auto-ranging 15-60
VDC.
Incomparable low power consumption (35W max)- can be powered by iDirect or similar modems. Extreme P-Out GaN linearity. Digital temperature compensation.
L.O. lock and amplifier LEDs. Field-exchangeable (F/N) IF connector. M&C - combined RS-232/RS-485,
FSK, Ethernet (optional). Internal 10 MHz high stability (10-8) reference (optional).
RoHS compliant.
ABD125KX /
ABD125KXF
Data
Sheet
ABD150KX / ABD150KXF Data
Sheet
ABD200KX / ABD200KXF Data
Sheet
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Low Ku-Band
BUC-Wikipedia
The
Ku band is a portion of the electromagnetic spectrum in the
microwave range of frequencies ranging from 11.7 to 12.7GHz.
(downlink frequencies) and 14 to 14.5GHz (uplink frequencies) Low
or extended Ku band is used from 10.7 to 12.75 GHz (LOF Low
9.750 GHz, LOF High 10.750 GHz)
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2Watt Mini
Extended Low Ku-Band BUC
3Watt Mini
Ext. Low Ku-Band BUC
6Watt Mini Ext. Low Ku-Band BUC
Description:
Output frequency 12.75-13.50 GHz. L.O. 11.80 GHz. Based on GaN technology which enables high efficiency, low energy consumption and high reliability.
Smallest package size and weight. Powered through IF cable. Low power consumption (<14W). High power efficiency (2W min.). RoHS compliant.
ABA2KXL /
ABA2KXLF
Data
Sheet
ABA3KXL / ABA3KXLF Data
Sheet
ABA6KXL / ABA6KXLF Data
Sheet
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4Watt Super Mini
Extended Low Ku-Band BUC
5Watt Super Mini Ext. Low Ku-Band BUC
6Watt Super Mini Ext. Low Ku-Band BUC
Description:
Output frequency 12.75-13.50 GHz. L.O. 11.80 GHz. Based on GaN technology which enables high efficiency, low energy consumption and high reliability. Smallest package size and weight. Powered through IF cable. Industry's lowest power consumption (<22W). High power efficiency. RoHS compliant.
ABA4SKXL /
ABA4SKXLF
Data
Sheet
ABA5SKXL / ABA5SKXLF Data
Sheet
ABA6SKXL / ABA6SKXLF Data
Sheet
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6Watt
Extended Low Ku-Band Block Up Converter
7Watt
Extended Low Ku-Band Block Up Converter
8Watt
Extended Low Ku-Band Block Up Converter
10Watt
Extended Low Ku-Band Block Up Converter
Description:
Output frequency 12.75-13.50 GHz. Based on GaN technology which enables high efficiency, low energy consumption and high reliability. Double-L.O. (switchable 11.80 GHz and 12.05 GHz). Auto-ranging power 15-30 VDC. Lowest power consumption (35W max.). Extreme P-Out GaN linearity. Digital temperature compensation. L.O. lock and amplifier LEDs. Field-exchangeable (F/N) IF
connector. Internal 10 MHz reference, high stability (10-8) optional. RoHS compliant.
ABA6KXHL
/ ABA6KXHLF
Data
Sheet
ABA7KXHL / ABA7KXHLF Data
Sheet
ABE8KXHL / ABE8KXHLF Data
Sheet
ABE10KXHL / 10KXHLF Data
Sheet
ABE8KFXL / ABE8KXFLF Data
Sheet
ABE10KFXL / 10KFXLF
Data
Sheet
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8Watt Fanless Low Ku-Band BUC
10Watt Fanless Ext. Low Ku-Band Block Up Converter
12Watt Fanless Low Ext. Ku-Band BUC
Description:
Output frequency 12.75-13.50 GHz. Based on GaN technology which enables high efficiency, low energy consumption and high reliability. Double - L.O. (Electronically and
manually switchable 11.80 and 12.05 GHz). Fanless, smallest and lightest 8W Ku-Band unit. Extreme P-Out GaN linearity. Auto-ranging power 15-60 VDC. Incomparable low power consumption (49W) - can be powered by iDirect or similar modems. Digital temperature compensation. L.O. lock and amplifier LEDs. Field-exchangeable (F/N) IF connector. 13.00-13.50/12.75-13.50 GHz capability. M&C - combined RS-232/485/FSK (optional). Internal 10MHz high stability 10-8 reference (optional). RoHS Compliant.
ABE8KXL /
ABE8KXLF Data
Sheet
ABE10KXL / ABE10KXLF Data
Sheet
ABE12KXL / ABE12KXLF Data
Sheet
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16Watt
Extended Low Ku-Band Block Up Converter
20Watt
Extended Low Ku-Band Block Up Converter
Description:
Output frequency 12.75-13.50 GHz. Smallest and lightest. Double - L.O. (electronically and manually switchable 11.80 and 12.05 GHz). Low power consumption (127W max).
Auto-ranging power 15-60 VDC. Ethernet control (optional). M&C - combined
RS-232/485/FSK (optional). Digital temperature compensation. Field-exchangeable (F/N) IF connector. RoHS Compliant. L.O. lock and amplifier LEDs. Internal 10MHz high stability 10-8 reference (optional).
ABE16KXL / ABE16KXLF Data
Sheet
ABE20KXL / ABE20KXLF Data
Sheet
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16Watt Low Ku-Band Block up converter
20Watt Extended Low Ku-Band Block Up Converter
25Watt Extended Low Ku-Band Block Up Converter
Description:
Output frequency 12.75-13.50 GHz. Smallest and lightest. Double - L.O. (electronically and manually switchable 11.80 and 12.05 GHz). Low power consumption (127W max).Auto-ranging power 15-60 VDC. Ethernet control (optional). M&C - combined RS-232/485/FSK (optional). Digital temperature compensation.
Field exchangeable (F/N) IF connector. RoHS Compliant. L.O. lock and amplifier LEDs. Internal 10MHz high stability 10-8 reference (optional).
ABEN16KXL / KXLF Data
Sheet
ABEN20KXL / KXLF Data
Sheet
ABEN25KXL / KXLF
Data
Sheet
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25Watt Extended Low Ku-Band Block Up Converter
40W Extended Low Ku Band Block Up Converter
Description:
Output frequency 12.75-13.50 GHz. Smallest and lightest. Double -
L.O. (electronically and manually switchable 11.80 and 12.05 GHz). Low power consumption (127W max).
Auto-ranging power 15-60 VDC. Ethernet control (optional). M&C - combined
RS-232/485/FSK (optional). Digital temperature compensation. Field-exchangeable (F/N) IF connector. RoHS Compliant.
L.O. lock and amplifier LEDs. Internal 10MHz high stability 10-8 reference (optional).
ABE25SKXL / KXLF
Data
Sheet
ABC40SKXL / SKXLF Data
Sheet
ABD40SKXL / SKXLF Data
Sheet
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50W Extended Low Ku-Band Block Up Converter
80W
Extended Low Ku-Band Block Up Converter
Description: Output frequency 12.75-13.50 GHz. Double -
L.O. (electronically and manually switchable 11.80 and 12.05 GHz). Extreme P-Out GaN linearity. Auto-ranging power 36-58 VDC or 80-240 VAC power options. Low power consumption (447W max.). Digital temperature compensation.
L.O. lock, Amplifier, and 10MHz Ref. detection LEDs. Digital temperature compensation. Field-exchangeable (F/N) IF
connector. M&C - combined RS-232/485/ and Optional FSK. Internal 10 MHz high stability 10-8 reference
(optional). Ethernet control (optional). RoHS compliant.
ABCN50KXL / KXLF Data
Sheet
ABDN50KXL / KXLF Data
Sheet
ABD80KXL / KXLF Data
Sheet
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Ka-Band BUC-Wikipedia
The Ka band ("kay-ay
band") covers the radio frequencies of 26.5–40 GHz, i.e.
wavelengths from slightly over one centimeter down to 7.5
millimeters. The Ka band is part of the K band of the microwave
band of the electromagnetic spectrum. This symbol refers to
"K-above": in other words, the band directly above the
K-band. The 30/20 GHz band is used in communications satellites,
uplink in either the 27.5 GHz and 31 GHz bands, and
high-resolution, close-range targeting radars aboard military
airplanes.
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3Watt
Universal Ka-Band (27.5-31GHz) BUC
6Watt Universal Ka-Band (27.5-31GHz) BUC
Description:
27.5 - 31.0 GHz output frequency. Based on GaN technology which enables high efficiency, low energy consumption and high reliability. Smallest package size and weight. High power efficiency. Quad - L.O. (electronically and manually switchable 26.55, 27.4, 28.05 and 29.05 GHz). Digital temperature compensation. Field-exchangeable (F/N) IF connector. 15 - 60 VDC auto-ranging power (38W max). Power and lock status LED. Advanced M & C- combined RS-232/485 interface and optional FSK, Ethernet (optional). Internal 10MHz high stability 10-8 reference (optional).
ABE3UKA / ABE3UKAF
Data
Sheet
ABE6UKA / ABE6UKAF Data
Sheet
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10Watt Universal Ka Band Block Up Converter
20Watt Universal Ka-Band Block Up Converter
Description:
27.5 - 31.0 GHz output frequency. Based on GaN technology which enables high efficiency, low energy consumption and high reliability. Smallest package size and weight. High power efficiency. Quad- L.O. (electronically and manually switchable 26.55, 27.4, 28.05 and 29.05
GHz). Digital temperature compensation. Field-exchangeable (F/N) IF connector. 15 - 60 VDC auto-ranging power (110W max). Power and lock status LED. Advanced M & C- combined RS-232/485 interface and optional FSK. Internal 10MHz high stability 10-8 reference (optional).
ABE10UKA / ABE10UKAF
Data
Sheet
ABC20UKA / ABC20UKAF Data
Sheet
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X-Band
BUC-Wikipedia
The X band is a
segment of the microwave radio region of the electromagnetic
spectrum. In some cases, such as in communication engineering, the
frequency range of the X band is rather indefinitely set at
approximately 7.0 to 11.2 GHz. In radar engineering, the frequency
range is specified by the IEEE at 8.0 to 12.0 GHz.
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5Watt X-Band Block Up Converter
Description:
Output frequency 7.90 - 8.40 GHz. Local Oscillator 6.95GHz. Auto-ranging 15-28 VDC power. Incomparable low power consumption (33W max.). Utilizing GaN
technology. Incomparable low phase noise. High power efficiency. Digital temperature
compensation.
Field-exchangeable (F/N) IF connector. Power and lock status LED. Internal 10MHz high stability 10-8 reference (optional). L.O., alarm, lock LED. RoHS
compliant. Three-year warranty.
ABA5X / ABA5XF
Data
Sheet
ABA5NX / ABA5NXF Data
Sheet
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10Watt X-Band Block Up Converter
15Watt X-Band Block Up Converter
Description:
Output frequency 7.90 - 8.40 GHz. Local oscillator 6.95
GHz. Fan-less, smallest and lightest. Auto-ranging 15-60 VDC power.
Incomparable low power consumption (39W max.).
Utilizing GaN technology. Incomparable low phase noise. High power efficiency. Digital temperature compensation. Field-exchangeable (F/N) IF connector. Power and lock status LED. Internal 10MHz high stability 10-8 reference (optional). RoHS
compliant.
ABE10X /
ABE10XF
Data
Sheet
ABE10NX / ABE10NXF
Data
Sheet
ABE15X / ABE15XF Data
Sheet
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20Watt Fanless X-Band Block Up Converter
25Watt Fanless X-Band Block Up Converter
30Watt Fanless X-Band Block Up Converter
Description:
27.5 - 31.0 GHz output frequency. Based on GaN technology which enables high efficiency, low energy consumption and high reliability. Smallest package size and weight. High power efficiency. Quad - L.O. (electronically and manually switchable 26.55, 27.4, 28.05 and 29.05 GHz). Digital temperature compensation. Field-exchangeable (F/N) IF connector. 15 - 60 VDC auto-ranging power (38W max). Power and lock status LED. Advanced M & C- combined RS-232/485 interface and optional FSK, Ethernet (optional). Internal 10MHz high stability 10-8 reference (optional).
ABE20X / ABE20XF
Data
Sheet
ABE25X / ABE25XF Data
Sheet
ABE30X / ABE30XF Data
Sheet
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40Watt
X-Band Block Up Converter
50Watt X-Band Block Up Converter
Description:
Smallest package size and weight. High power efficiency (50W min). L.O. frequency 6.950 GHz. Field-exchangeable (F/N) IF connector. Auto-ranging 80-240 VAC or 38-56 VDC power (239W max.). Low power consumption (240W max.). Internal 10MHz high stability 10-8 reference (optional). Power and lock status LED. Digital temperature
compensation. Advanced M&C interface - combined RS-232/485 + optional FSK. RoHS compliant.
ABCN40X / ABCN40XF Data
Sheet
ABCN50X / ABCN50XF Data
Sheet
ABD50X / ABD50XF Data
Sheet
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DBS-Band
BUC-Wikipedia
This new allocation
will have 17.3-17.7 GHz as the downlink broadcast band, and a band
at 24.75-25.25 GHz for the "feeder link" Earth-to-space
band. The current DBS band, used by DirecTV and EchoStar, is
12.2-12.7 GHz for the downlinks and 17.3-17.8 GHz for the uplinks.
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5Watt Fanless DBS-Band Block Up Converter
Description:
Smallest package size and weight. High power efficiency (50W min). L.O. frequency 6.950 GHz. Field-exchangeable (F/N) IF connector. Auto-ranging 80-240 VAC or 38-56 VDC power (239W max.). Low power
consumption (240W max.). Internal 10MHz high stability 10-8 reference (optional). Power and lock status LED. Digital temperature compensation.
Advanced M&C interface - combined RS-232/485 + optional FSK. RoHS compliant.
ABA5DBS / ABA5DBSF
Data
Sheet
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16Watt DBS-Band Block Up Converter
Description:
Smallest package size and weight. High power efficiency (50W min). L.O. frequency 6.950 GHz. Field-exchangeable (F/N) IF connector. Auto-ranging 80-240 VAC or 38-56 VDC power (239W max.). Low power consumption (240W max.). Internal 10MHz high stability 10-8 reference (optional). Power and lock status LED. Digital temperature compensation.Advanced M&C interface - combined RS-232/485 + optional FSK. RoHS compliant.
ABC16DBS / ABC16DBSF Data
Sheet
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Belcom
The Belcom team
incorporates innovative design with efficient, high turnover
manufacturing processes to provide top-caliber products with
impressive lead times.
C-Band
BUC-Wikipedia
Nearly all C-band
communication satellites use the band of frequencies from 3.7 to
4.2 GHz for their downlinks, and the band of frequencies from
5.925 to 6.425 GHz for their uplinks. Note that by using
the band from 3.7 to 4.0 GHz, this C-band overlaps somewhat
into the IEEE S-band for radars.
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Belcom Spark Series 2Watt Wide C-Band BUC
Spark Series 5Watt Wide C-Band BUC
Description:
Belcom’s SPARK series of low power BUCs have been trusted by the world's largest VSAT companies for over 20 years and has a proven reputation for reliability Built to be robust and reliable, SPARK BUCs are rugged enough to withstand extreme outdoor conditions. Belcom’s high-level development experience and its large volume manufacturing capabilities, provide clients with unmatched cost savings.
BLWC-2-F Data
Sheet
BLWC-5-F Data
Sheet
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Spark Series 2Watt Standard C-Band BUC
Spark Series
5Watt Standard C-Band BUC
Spark Series 8Watt Standard C-Band BUC
Description:
Belcom’s SPARK series of low power BUCs have been trusted by the world's largest VSAT companies for over 20 years and has a proven reputation for reliability Built to be robust and reliable, SPARK BUCs are rugged enough to withstand extreme outdoor conditions. Belcom’s high-level development experience and its large volume manufacturing capabilities, provide clients with unmatched cost savings.
mBLC-2
Data
Sheet
mBLC-3 Data
Sheet
mBLC-5 Data
Sheet
mBLC-8 Data
Sheet
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Spark Series 2Watt Palapa C-Band BUC
Spark Series
3Watt Palapa C-Band BUC
Spark Series
8Watt Palapa C-Band BUC
Description:
Belcom’s
SPARK series of low power BUCs have been trusted by the world's
largest VSAT companies for over 20 years and has a proven
reputation for reliability Built to be robust and reliable, SPARK
BUCs are rugged enough to withstand extreme outdoor conditions.
Belcom’s high-level development experience and its large volume
manufacturing capabilities, provide clients with unmatched cost
savings.
mBLPA-2 Data
Sheet
mBLPA-3 Data
Sheet
mBLPA-8 Data
Sheet
|
Spark Series 2Watt Insat C-Band BUC
Spark Series
3Watt Insat C-Band BUC
Spark Series
8Watt Insat C-Band BUC
Description:
Belcom’s SPARK series of low power BUCs have been trusted by the world's largest VSAT companies for over 20 years and has a proven reputation for reliability Built to be robust and reliable, SPARK BUCs are rugged enough to withstand extreme outdoor conditions. Belcom’s high-level development experience and its large volume manufacturing capabilities, provide clients with unmatched cost savings.
mBLIN-2 Data
Sheet
mBLIN-3 Data
Sheet
mBLIN-8 Data
Sheet
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Belcom 20
Watt Flame Series C-Band Standard BUC
Belcom 25
Watt Flame Series C-Band Standard BUC
Description:
67 dB, C Band Block Up Converter. C Band. RF frequency: 5.85 to 6.425 GHz. IF frequency: 950 to 1525MHz. LO Frequency : 4.9 GHz. Output Power: 46.99
dBm. Gain: 67 dB. Gain Flatness: ±0.2 dB. Power Consumption: 400 W. AC Voltage: 90 to 250
VAC. Grade: Commercial. Connector: N Type. Dimension: 268 x 228 x 245. Impedance: 50 Ohms.
VSWR: 2.00:1. Waveguide CPR137. Weight: 11.5 kg. DC Voltage: 37 to 60
VDC. Operating Temperature: -40 to 55 Degree C. Phase Noise: 75 to 95
dBc/Hz. Spurious: -55 dBc.
BLC-20 Data
Sheet
BLC-25 Data
Sheet
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Belcom 40
Watt Flame Series C-Band Standard BUC
Belcom 50
Watt Flame Series C-Band Standard BUC
Description:
67 dB, C Band Block Up Converter. C Band. RF frequency: 5.85 to 6.425 GHz. IF frequency: 950 to 1525MHz. LO Frequency : 4.9 GHz. Output Power: 46.99
dBm. Gain: 67 dB. Gain Flatness: ±0.2 dB. Power Consumption: 400 W. AC Voltage: 90 to 250
VAC. Grade: Commercial. Connector: N Type. Dimension: 268 x 228 x 245. Impedance: 50 Ohms.
VSWR: 2.00:1. Waveguide CPR137. Weight: 11.5 kg. DC Voltage: 37 to 60
VDC. Operating Temperature: -40 to 55 Degree C. Phase Noise: 75 to 95
dBc/Hz. Spurious: -55 dBc.
BLC-40 Data
Sheet
BLC-50 Data
Sheet
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New Japan Radio
The abbreviation
LNB stands for Low Noise Block. It is the device on the front of a
satellite dish that receives the very low level microwave signal
from the satellite, amplifies it, changes the signals to a lower
frequency band and sends them down the cable to the indoor
receiver.
C-Band
BUC-Wikipedia
Nearly all C-band
communication satellites use the band of frequencies from 3.7 to
4.2 GHz for their downlinks, and the band of frequencies from
5.925 to 6.425 GHz for their uplinks. Note that by using
the band from 3.7 to 4.0 GHz, this C-band overlaps somewhat
into the IEEE S-band for radars.
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2 Watt C-Band Standard BUC
6 Watt C-Band
Full BUC
Description:
High Efficiency Output Power. P1dB: +34.5 dBm min. over temperature. ACPR: -24 dBc @ Pout = +34.5 dBm. Power Consumption: 21 W. Wide band Radio Frequency Covering.
Full C-band: 5.85 to 6.725 GHz. Standard C-band: 5.85 to 6.425 GHz. Smaller Size & Lighter Weight. LED Indicator Equipped. RoHS Compliance.
NJT5668 Data
Sheet
NJT5669-70-75-77 Data
Sheet
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2
Watt C-Band Standard BUC
3 Watt C-Band
Full BUC
Description:
High Efficiency Output Power. P1dB: +34.5 dBm min. over temperature.
ACPR: -24 dBc @ Pout = +34.5 dBm. Power Consumption: 21 W. Wide band Radio Frequency Covering.
Full C-band: 5.85 to 6.725 GHz. Standard C-band: 5.85 to 6.425 GHz. Smaller Size & Lighter Weight. LED Indicator Equipped. RoHS Compliance.
NJT8102 Data
Sheet
NJT8103 Data
Sheet
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8 Watt C-Band Standard BUC
10
Watt C-Band Standard BUC
Description:
6High Efficiency & Low Distortion. Standard C-band Models: P1dB: +39 dBm min. over temperature. IM3: -28 dBc @ Pout = +36 dBm. Power Consumption: 63 W. Wider Input Voltage Range: +18 to +60 VDC. AC Power Operating Option. Compact Size & Light Weight: 3.2 kg. LED Indicator Equipped. RoHS Compliance.
NJT5760 Data
Sheet
NJT5762 Data
Sheet
|
10 Watt C-Band
Full BUC
10
Watt C-Band Insat BUC
Description:
6High Efficiency & Low Distortion. Standard C-band Models: P1dB: +39 dBm min. over temperature. IM3: -28 dBc @ Pout = +36
dBm. Power Consumption: 63 W. Wider Input Voltage Range: +18 to +60
VDC. AC Power Operating Option. Compact Size & Light Weight: 3.2 kg. LED Indicator Equipped. RoHS Compliance.
NJT5763 Data
Sheet
NJT5764 Data
Sheet
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Ku-Band BUC-Wikipedia
The
Ku band is a portion of the electromagnetic spectrum in the
microwave range of frequencies ranging from 11.7 to 12.7GHz.
(downlink frequencies) and 14 to 14.5GHz (uplink frequencies) Low
or extended Ku band is used from 10.7 to 12.75 GHz (LOF Low
9.750 GHz, LOF High 10.750 GHz)
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1.5Watt
Ku-band BUC
3
Watt Ku-Band Standard BUC
4 Watt
Ku-Band Standard BUC
6 Watt
Ku-Band Standard BUC
Description:
Leading Technology Equipped. Full Ku-band Coverage Line-up:Universal Ku-band: 13.75 to 14.5 GHz. Standard Ku-band: 14.0 to 14.5 GHz. Super High Efficiency & Low Distortion:
P1dB: +31 dBm min. over temperature. ACPR: -26 dBc @ Pout = +31 dBm. Power Consumption: 12 W. Smallest Size & Lightest Weight (*). Dimension: 91.55 x 68 x 42.5 mm. Weight: 350 g. RoHS Compliance.
NJT8301 Data
Sheet
NJT8302 Data
Sheet
NJT8304 Data
Sheet
NJT8306 Data
Sheet
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Universal
8
Watt Ku-Band Standard BUC
8 Watt
Ku-Band BUC
8
Watt Ku-Band Mini BUC
Description:
6High Efficiency & Low Distortion. Standard
C-baFull Ku-band Coverage Line-up: Universal Ku-band: 13.75 to 14.5 GHz. Standard Ku-band: 14.0 to 14.5 GHz. High Efficiency & Low Distortion. P1dB: +39 dBm min. over temperature
IM3: -28 dBc @ Pout = +36 dBm. Power Consumption: 79 W. Wider Input Voltage
Range: +18 to +60 VDC. AC Power Operating Option. Compact Size & Light Weight: 3.2 kg. LED Indicator Equipped. RoHS Compliance.
NJT5118 Data
Sheet
NJT5218 Data
Sheet
NJT8318 Data
Sheet
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See: Wave
Guides
|
See: Satellite
/ Parabolic Amps
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16 Watt
Ku-Band Mini BUC
25 Watt
Ku-Band Mini BUC
Description:
6High Efficiency & Low Distortion. Standard
C-baFull Ku-band Coverage Line-up: Universal Ku-band: 13.75 to 14.5 GHz. Standard Ku-band: 14.0 to 14.5 GHz. High Efficiency & Low Distortion. P1dB: +39 dBm min. over temperature
IM3: -28 dBc @ Pout = +36 dBm. Power Consumption: 79 W. Wider Input Voltage
Range: +18 to +60 VDC. AC Power Operating Option. Compact Size & Light Weight: 3.2 kg. LED Indicator Equipped. RoHS Compliance.
NJT8319 Data
Sheet
NJT8370 Data
Sheet
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40 Watt
GaN Ku-Band Robust BUC
Description:
GaN Technology Amplifier Inside. High Efficiency Output Power. Saturation Output Power: +46.0 dBm. ACPR: -30 dBc @ Pout = +44 dBm. Power Consumption: 260 W. RF Frequency Line-up. Universal Ku-band: 13.75 to 14.5 GHz. Standard Ku-band: 14.0 to 14.5 GHz. AC Power Operating Option. Monitor & Control Line-up. FSK Communications M&C. RS-232C Interface M&C. Compact Size & Light Weight. Weight: 4.2 kg. LED Indicator Equipped.
RoHS Compliance.
NJT8371 Data
Sheet
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Ka-Band BUC-Wikipedia
The Ka band ("kay-ay
band") covers the radio frequencies of 26.5–40 GHz, i.e.
wavelengths from slightly over one centimeter down to 7.5
millimeters. The Ka band is part of the K band of the microwave
band of the electromagnetic spectrum. This symbol refers to
"K-above": in other words, the band directly above the
K-band. The 30/20 GHz band is used in communications satellites,
uplink in either the 27.5 GHz and 31 GHz bands, and
high-resolution, close-range targeting radars aboard military
airplanes.
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O3b 5 Watt
Buc
Description:
RF Frequency 27.652 - 28.388 GHz with 26.600 GHz LO. 28.172 - 29.071 GHz with 27.200 GHz LO. High Efficiency Output Power. Saturation Output Power: +37 dBm (5W). ACPR: -25 dBc max. with up to +35 dBm output. Power Consumption: 88 W max. Ethernet M&C
Function Equipped. Gain Control: 15 dB range, 1 dB step. Power Monitor: 12 dB dynamic range.
Reliable All-weather Performance. RoHS Compliance.
NJT5835 Data
Sheet
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O3b 10
Watt
Buc
Description:
RF Frequency 27.652 - 28.388 GHz with 26.600 GHz LO. 28.172 - 29.071 GHz with 27.200 GHz LO. High Efficiency Output Power. Saturation Output Power: +37 dBm (5W).
ACPR: -25 dBc max. with up to +35 dBm output. Power Consumption: 88 W max. Ethernet M&C Function Equipped. Gain Control: 15 dB range, 1 dB step. Power Monitor: 12 dB dynamic range. Reliable All-weather Performance. RoHS Compliance.
NJT5836 Data
Sheet
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Norsat
Norsat Phase locked
Loop (PLL) Commercial LNBs. Norsat offers a wide range of BUCs,
SSPAs, LNBs, LNAs, BDCs, and microwave components that can be
customized to meet your specific requirements. Down converter: A
device that takes a block of frequency and converts it to a lower
frequency. The lower the noise temperature, the better the
performance. DRO: (Dielectric Resonator or Dielectrically
Stabilized Oscillator) Highly stable oscillator circuit employed
by LNBs. Ku-Band Ka-Band C-Band and X-Band-Wikipedia
C-Band
BUC-Wikipedia
Nearly all C-band
communication satellites use the band of frequencies from 3.7 to
4.2 GHz for their downlinks, and the band of frequencies from
5.925 to 6.425 GHz for their uplinks. Note that by using
the band from 3.7 to 4.0 GHz, this C-band overlaps somewhat
into the IEEE S-band for radars.
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Element
Series C-BAND 5Watt
Element
Series C-BAND 10Watt
2800
Description:
Norsat’s Block Up Converter’s
(BUCs) provide signal reception for satellite communications around the world. We offer premium performance and reliability in the smallest form factor possible. All of our standard BUCs are backed by a 2 year warranty and nearly forty years of experience as the industry’s leading provider of high performance
BUCs.
ELMTC005
Data
Sheet
ELMTC0010 Data
Sheet
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Element
Series C-BAND 20Watt
Element
Series C-BAND 40Watt
Description:
Norsat’s Block Up Converter’s
(BUCs) provide signal reception for satellite communications around the world. We offer premium performance and reliability in the
smallest form factor possible. All of our standard BUCs are backed by a 2 year warranty and nearly forty years of experience as the industry’s leading provider of high performance
BUCs.
ELMTC0020
Data
Sheet
ELMTC0040 Data
Sheet
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Ku-Band BUC-Wikipedia The
Ku band is a portion of the electromagnetic spectrum in the
microwave range of frequencies ranging from 11.7 to 12.7GHz.
(downlink frequencies) and 14 to 14.5GHz (uplink frequencies) Low
or extended Ku band is used from 10.7 to 12.75 GHz (LOF Low
9.750 GHz, LOF High 10.750 GHz)
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Element
Series Ku-BAND 2Watt
Element
Series Ku-BAND 3Watt
Element
Series Ku-BAND 4Watt
Element
Series Ku-BAND 6Watt
Element
Series Ku-BAND 8Watt
Element
Series Ku-BAND 10Watt
Description:
Norsat’s Block Up Converter’s
(BUCs) provide signal reception for satellite communications around the world. We offer premium performance and reliability in the smallest form factor possible. All of our standard BUCs are backed by a 2 year warranty and nearly forty years of experience as the industry’s leading provider of high performance
BUCs.
ELMTKu002
Data
Sheet
ELMTKu003
Data
Sheet
ELMTKu004
Data
Sheet
ELMTKu006 Data
Sheet
ELMTKu008 Data
Sheet
ELMTKu0010
Data
Sheet
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Element
Series Ku 4Watt Selectable Frequency
Element
Series Ku 8Watt Selectable Frequency
Description:
High performance for any application. Excellent availability and short lead times. Up to 85% smaller than equivalent BUCs. Lightest available weight, at up to 90% less than competing products. Ultra efficient, consuming up to 60% less power than similar units. Ideal for applications such as Airborne, Comms on the Move, TWTA Replacement.
1041XRTS
Data
Sheet
1081XRTS Data
Sheet
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MEDIAN SERIES KU-BAND
16Watt
MEDIAN SERIES KU-BAND
25Watt
MEDIAN SERIES KU-BAND
40Watt
Description:
Norsat Satellite Communication solutions are renowned for their high quality, reliability, and innovation. The Ku-band MEDIAN series
has been designed with both performance and economy in mind, making it ideal for VSAT applications where size, weight and power
constraints are not as stringent.
MEDIBKU016 Data
Sheet
MEDIBKU025 Data
Sheet
MEDIBKU040 Data
Sheet
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Atom Series
Ku-BAND 25Watt
Atom
Series Ku-BAND 40Watt
Atom
Series Ku-BAND 50Watt
Atom
Series Ku-BAND 100Watt
Atom
Series Ku-BAND 200Watt
Description:
The Norsat ATOM series of block upconverters (BUC) are among the smallest, lightest, and most energy efficient transmitters available. The high efficiency of ATOM reduces power consumption significantly, delivering considerable operational cost
savings over the lifetime of the device.
ATOMBKU025
Data
Sheet
ATOMBKU040
Data
Sheet
ATOMBKU050
Data
Sheet
ATOMBKU0100 Data
Sheet
ATOMBKU0200 Data
Sheet
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Atom
Series LOW Ku-Band 14Watt
Atom Series
LOW Ku-Band 28Watt
Atom Series
LOW Ku-Band 56Watt
Description:
The Norsat ATOM series of block upconverters
(BUC) are among the smallest, lightest, and most energy efficient transmitters available. The high efficiency of ATOM reduces power consumption significantly, delivering considerable operational cost
savings over the lifetime of the device.
ATOMBKU014BCE Data
Sheet
ATOMBKU028BCE Data
Sheet
ATOMBKU056BCE Data
Sheet
|
Atom
Series SSPA KU-BAND 25Watt
Atom
Series SSPA KU-BAND 40Watt
Atom
Series SSPA KU-BAND 50Watt
Atom
Series SSPA KU-BAND 100Watt
Description:
The Norsat ATOM series of solid state power amplifiers (SSPA) are among the smallest, lightest, and most energy efficient transmitters available. The high efficiency of ATOM reduces power consumption significantly,
delivering considerable operational cost savings over the lifetime of the device. Compared to equivalent products, ATOM series SSPAs
are: Up to 68% smaller and lighter. Up to 60% more power efficient. More flexible with RF and configuration
options.
ATOMSKU025
Data
Sheet
ATOMSKU040 Data
Sheet
ATOMSKU050 Data
Sheet
ATOMSKU0100 Data
Sheet
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Ka-Band BUC-Wikipedia
The Ka band ("kay-ay
band") covers the radio frequencies of 26.5–40 GHz, i.e.
wavelengths from slightly over one centimeter down to 7.5
millimeters. The Ka band is part of the K band of the microwave
band of the electromagnetic spectrum. This symbol refers to
"K-above": in other words, the band directly above the
K-band. The 30/20 GHz band is used in communications satellites,
uplink in either the 27.5 GHz and 31 GHz bands, and
high-resolution, close-range targeting radars aboard military
airplanes.
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ATOM SERIES BUCS KA-BAND 25Watt
ATOM SERIES BUCS KA-BAND
50Watt
Description:
The Norsat ATOM series of block upconverters
(BUC) are among the smallest, lightest, and most energy efficient transmitters available. The high efficiency of ATOM reduces power consumption significantly, delivering considerable operational cost
savings over the lifetime of the device.
ATOMBKA025 Data
Sheet
ATOMBKA050 Data
Sheet
ATOMSKA025 Data
Sheet
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BUC KA-BAND 5Watt
BUC KA-BAND
10Watt
BUC KA-BAND
20Watt
Description:
Norsat’s Block Up Converter’s (BUCs) provide signal reception for satellite communications around the world. We offer premium performance and reliability in the smallest form factor possible. All of our standard Ka BUCs are backed by a 2 year warranty and nearly forty years of experience as the industry’s leading provider of high performance
BUCs.
7005STC-O3bKa5W
Data
Sheet
7010STC-O3bKa10W Data
Sheet
7020STC-O3bKa20W Data
Sheet
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X-Band BUC-Wikipedia
The X band is a
segment of the microwave radio region of the electromagnetic
spectrum. In some cases, such as in communication engineering, the
frequency range of the X band is rather indefinitely set at
approximately 7.0 to 11.2 GHz. In radar engineering, the frequency
range is specified by the IEEE at 8.0 to 12.0 GHz.
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X-BAND
GaN Power Amplifier 10Watt
Description:
Norsat’s Block Up Converter’s (BUCs) provide signal reception for satellite communications around the world. We offer premium performance and reliability in the smallest form factor possible. All of our standard BUCs are backed by a 2 year warranty and nearly forty years of experience as the industry’s leading provider of high performance BUCs.
5010xrt-3 Data
Sheet
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Agilis-Wikipedia
Throughout our history, the Agilis team has worked on many of the industry’s most advanced gas turbine engines. We’ve helped streamline designs, test performance and ensure reliability for the most sophisticated engine technology in operation today.
C-Band
BUC-Wikipedia
Nearly all C-band
communication satellites use the band of frequencies from 3.7 to
4.2 GHz for their downlinks, and the band of frequencies from
5.925 to 6.425 GHz for their uplinks. Note that by using
the band from 3.7 to 4.0 GHz, this C-band overlaps somewhat
into the IEEE S-band for radars.
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2Watt
C-Band Outdoor BUC
5Watt
C-Band Outdoor BUC
10Watt
C-Band Outdoor BUC
Description:
Agilis
ALB180 K-Series C-Band BUC (Block-up Converter) is a highly cost
effective outdoor RF transmitter for satellite communication. The
BUC has very high output power linearity and works well from -40şC
up to 60şC. The BUC also has a wide input voltage range which
allows it to work from 18V to 60V
for 5W and 10W model. Available in Palapa, Insat and Full
C-Band.
ALB 180-K_2W
Data
Sheet
ALB 180-K_5W
Data
Sheet
ALB 180-K_10W Data
Sheet
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20Watt C-Band Compact BUC
25Watt C-Band Compact BUC
40Watt C-Band Compact BUC
50Watt C-Band Compact BUC
Description:
This small and lightweight BUC is ideal for mobile and satellite uplink applications. Designed to be mounted on the feed horn, the BUC has excellent efficiency. The unit works on a wide range DC power supply of 38V to 60V. The BUC is able to work up to 60şC. Innovative and efficient thermal design makes this BUC one of the smallest, lightest and most reliable in the industry.
Available in Palapa, Insat and Full C-Band.
ALB190_20W Data
Sheet
ALB190_25W Data
Sheet
ALB190_40W Data
Sheet
ALB190_50W Data
Sheet
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60Watt C-Band Compact BUC
Description:
This small and light weight BUC is ideal for mobile and satellite uplink applications. Designed to be mounted on the feed horn, the BUC has excellent efficiency and consumes less than 250W for 50W C-Band
BUC. The unit works on a wide range DC power supply of 38V to 60V. The BUC is able to work up to 60°C. Innovative and efficient thermal design makes this BUC one of the smallest, lightest and most reliable in the
industry. With redundancy-ready feature, the unit can be easily configured to work in 1:1 redundant mode.
Available in Palapa, Insat and Full C-Band.
ALB290_60W Data
Sheet
|
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Ku-Band BUC-Wikipedia
The
Ku band is a portion of the electromagnetic spectrum in the
microwave range of frequencies ranging from 11.7 to 12.7GHz.
(downlink frequencies) and 14 to 14.5GHz (uplink frequencies) Low
or extended Ku band is used from 10.7 to 12.75 GHz (LOF Low
9.750 GHz, LOF High 10.750 GHz)
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|
Standard 4Watt Ku-Band BUC
Standard 6Watt Ku-Band BUC
Standard
8watt Ku-Band BUC
Description:
ALB128 Series Ku-Band BUC (Block-Up Converter) is a
highly cost-effective RF outdoor transmitter for satellite communication. The BUC has very high
output power linearity and works well from -40şC up to 60şC. The BUC also has a wide input voltage range
which allows it to work from 18V to 60V. C-Band.
ALB128 4w
Data
Sheet
ALB128 6w
Data
Sheet
ALB128 8w Data
Sheet
ALB128 80w Data
Sheet
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1Watt
Palm Size Ku-Band BUC
2Watt
Palm Size Ku-Band BUC
3Watt
Palm Size Ku-Band BUC
4Watt Palm
Size Ku-Band BUC
Description:
This small and light weight BUC is ideal for mobile and satellite uplink applications. Designed to be mounted on the feed horn, the BUC has excellent efficiency and consumes less than 250W for 50W C-Band
BUC. The unit works on a wide range DC power supply of 38V to 60V. The BUC is able to work up to 60°C. Innovative and efficient thermal design makes this BUC one of the smallest, lightest and most reliable in the
industry. With redundancy-ready feature, the unit can be easily configured to work in 1:1 redundant mode.
Available in Palapa, Insat and Full C-Band.
ALB129 1w Data
Sheet
ALB129 2w Data
Sheet
ALB129 3w Data
Sheet
ALB129 4w Data
Sheet
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16Watt Standard Ku-Band BUC
20Watt Standard Ku-Band BUC
25Watt Standard Ku-Band BUC
Description:
This small and light weight BUC is ideal for SOTM applications. Designed to be mounted on the feed horn, the BUC has excellent efficiency and consumes less than 150W. The unit works on a wide range dc power supply of 38V to 60V. Innovative and efficient thermal design makes this BUC one of the smallest in the industry. The unit can be configured to work in 1:1 redundant mode by adding on a simple redundancy option to the basic unit.
ALB129
16w
Data
Sheet
ALB129 20w
Data
Sheet
ALB129 25w Data
Sheet
|
Lite Series 8Watt Extended Ku-Band BUC Type N
Lite Series
12Watt Extended Ku-Band BUC Type N
Lite Series
16Watt Extended Ku-Band BUC Type N
Description:
The small and lightweight Agilis ALB130 BUC is ideal for SOTM applications and also benefits fixed and maritime applications. Designed to be mounted on the feed horn, the BUC has “Best in Class” efficiency and “lowest power consumption”. The unit works on a wide range DC power supply of 38V to 60V. Innovative and efficient thermal design makes this BUC one of the smallest, robust, reliable and rugged enough to withstand outdoor conditions in the industry.
ALB130
8w
Data
Sheet
ALB130 12w
Data
Sheet
ALB130 16w Data
Sheet
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Compact 40Watt
Ku-Band BUC
80Watt Ku-Band BUC
100Watt Ku-Band BUC
Description:
Designed to be mounted on the feed horn, the BUC has “Best in Class” efficiency and “Lowest power consumption”. The unit works on a wide range DC power supply of 96VAC to 264VAC. Innovative and efficient thermal design makes this BUC on of the smallest, robust, reliable and rugged enough to withstand outdoor conditions in the industry.
Built-in redundancy feature eliminates the use of an external controller for 1:1 redundancy operation. This eliminates messy cabling at the antenna making this a very elegant solution.
ALB229
40w Data
Sheet
ALB229 80w
Data
Sheet
ALB229 100w Data
Sheet
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Compact
150Watt / 200Watt Ku-Band BUC
Compact 250Watt Ku-Band BUC
Description:
This small and light weight BUC is ideal for SOTM applications while also offering benefits for fixed and maritime applications. Designed to be mounted on the feed horn, the BUC has “Best in Class” efficiency and “Lowest power consumption” less than 330W. The unit
works on a wide range DC power supply of 38V to 60V. Innovative and efficient thermal design makes this BUC on of the smallest, robust, reliable and rugged enough to withstand outdoor conditions in the industry. The unit can be configured to work in 1:1 redundant mode by adding on a
simple redundancy option to the basic unit.
ALB229 150w / 200w
Data
Sheet
ALB229 250w
Data
Sheet
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X-Band BUC-Wikipedia
The X band is a
segment of the microwave radio region of the electromagnetic
spectrum. In some cases, such as in communication engineering, the
frequency range of the X band is rather indefinitely set at
approximately 7.0 to 11.2 GHz. In radar engineering, the frequency
range is specified by the IEEE at 8.0 to 12.0 GHz.
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Compact 25W X-Band Block Upconverter
Description:
Agilis ALB 150 Compact 25W X-Band Block Upconverter. Output Frequency 7.90 to 8.40 GHz, IF Frequency 950 - 1450 MHz, LO Frequency 6.95 GHz, M&C via RS485 & Ethernet, 10 MHz External Ref multiplexed onto DC, Input Interface Type N female, Output Interface CPR-112G. (ALB150A0E44NAAA)
ALB150
25w Data
Sheet
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20Watt X-Band VSAT Outdoor Block Upconverter
Description:
Compact and light weight. Feed mountable. Wide operating Temperature range -40 to +60°C.
Wide input DC Voltage range 38V to 60V. Standard remote monitor & control through RS485, optional Ethernet
(SNMP & HTTP). Excellent Linearity. Extremely Reliable. High power efficiency. Available for all X-Band frequency ranges. Excellent phase noise characteristics. Low spurious. Forward power detection facility. Automatic fault identification & alarm generation. Automatic Temperature compensation feature. Redundancy ready. RoHS compliant. Waterproof with IP65 standard. LED indicator for BUe status.
ALB150
20w Data
Sheet
|
 Advantech-Wikipedia
Founded in 1983, Advantech is a leader in providing trusted innovative embedded and automation products and solutions. Advantech offers comprehensive system integration, hardware, software, customer-centric design services, and global logistics support; all backed by industry-leading front and back office e-business solutions.
C-Band SSPB-Wikipedia
Nearly all C-band
communication satellites use the band of frequencies from 3.7 to
4.2 GHz for their downlinks, and the band of frequencies from
5.925 to 6.425 GHz for their uplinks. Note that by using
the band from 3.7 to 4.0 GHz, this C-band overlaps somewhat
into the IEEE S-band for radars.
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SSPBg-210C Series 50Watt C-Band BUC
TT Series 80Watt C-Band SSPB
Description:
The Advantech SSPBg-210C Series 50W
or 80W C-Band Second Generation GaN BUC is a hub-mount up-converter transmitter, using GaN Technology, operating in the C-Band. The Advantech SSPBg-210C Series 50W C-Band Second Generation GaN BUC is an integrated unit, complete with power supply, phase-locked oscillator, mixer, filter and cooling mechanism. Intended for outdoor operation, the
SSPBg-210C provides the utmost in convenience and efficiency. Other SSPBs are also available for higher powers or for operation at other up-link frequencies.
SSPBg-210C 50W
Data
Sheet
SSPBg-210C 80W Data
Sheet
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SapphireBlu Super Compact TT Series Hubmount 400Watt C-Band SSPB
SapphireBlu Super Compact TT Series Hubmount
600Watt C-Band SSPB /SSPA
Description:
Output power of 400W
or 600W in a compact single package. Very High linearity. Redundant ready with no external controller. Full M&C capability via RS232, RS485 or Ethernet port.
Built-in Forward precision powering metering. Output RF calibrated Sample Port Redundant Systems shipped fully tested. Infinite VSWR protection with automatic high reflected power shutdown. Detachable power supply module. Weatherproof construction
CE marking.
SapBlue
400W Data
Sheet
SapBlue 600W Data
Sheet
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Super Compact TT Series Hubmount 150Watt C-Band SSPB (BUC) GaN Amplifier
Super Compact TT Series Hubmount 200Watt C-Band SSPB (BUC) GaN Amplifier
Super Compact TT Series Hubmount
250Watt C-Band SSPB (BUC) GaN Amplifier
Description:
The new Advantech Super Compact TT Series Hubmount 150W C-Band SSPA GaN Amplifier provides highest power density in the industry. Combined with the traditional Advantech Wireless’ features, these new series of BUCs provide the ultimate in performance, reliability, and convenience.
TT-Hubmount 150w
Data
Sheet
TT-Hubmount 200w Data
Sheet
TT-Hubmount 250w Data
Sheet
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5000C Series Hubmount 500W C-Band SSPB
5000C Series Hubmount
600W C-Band SSPB
5000C Series Hubmount
700W C-Band SSPB
5000C Series Hubmount 800W C-Band SSPB
5000C Series Hubmount
1000W C-Band SSPB
Description:
The SSPB -5000CTM series are hub-mount up-converter transmitter s, operating in the C-Band. The SSPB-5000CTM is an integrated unit, complete with power supply, phase-locked oscillator, mixer, filter and cooling mechanism. Intended for outdoor operation, the SSPB-5000CTM are weatherproof and provide t he utmost in convenience and efficiency. Other
SSPB’s are also available for diverse powers or for operation at other up-link frequencies.
5000c-Hubmount 500w
Data
Sheet
5000c-Hubmount 600w
Data
Sheet
5000c-Hubmount 700w
Data
Sheet
5000c-Hubmount 800w
Data
Sheet
5000c-Hubmount 1000w Data
Sheet
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Ku-Band SSPB-Wikipedia
The
Ku band is a portion of the electromagnetic spectrum in the
microwave range of frequencies ranging from 11.7 to 12.7GHz.
(downlink frequencies) and 14 to 14.5GHz (uplink frequencies) Low
or extended Ku band is used from 10.7 to 12.75 GHz (LOF Low
9.750 GHz, LOF High 10.750 GHz)
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2125G Series 80Watt Ku-Band GaN Based SSPB
2125G Series 100Watt Ku-Band GaN Based SSPB
2125G Series 125Watt Ku-Band SSPB
2125G Series 150Watt Ku-Band GaN Based SSPB
Description:
Based on GaN technology the new Advantech 2125G Series
Ku-Band GaN Based SSPB provides high power density in a compact size. Combined with the traditional Advantech features, these new series of BUCs provide the ultimate in performance and convenience. The products in the new G-Series Ku-Band BUCs are available as SSPA or SSPB (BUC). The product described in this bulletin is for an 80W to 150W BUC.
2125G 80W
Data
Sheet
2125G 100W Data
Sheet
2125G 125W Data
Sheet
2125G 150W Data
Sheet
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SapphireBlu Hubmount
200Watt Ku-Band Second Generation GaN SSPB
SapphireBlu Hubmount
250Watt Ku-Band Second Generation GaN SSPB
SapphireBlu Hubmount 400Watt Ku-Band SSPB
Description:
Based on GaN technology the new G-Series Ku-Band BUCs provide highest possible power density and smallest size on the market. Combined with the traditional Advantech Wireless features, these new series of BUCs and SSPAs provide the ultimate in performance and convenience.
SapBlu200W Data
Sheet
SapBlu250W Data
Sheet
SapBlu400W Data
Sheet
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2200-G Series 20Watt Ku-Band GaN Based SSPB
2200-G Series 25Watt Ku-Band SSPB
2200-G Series 40Watt Ku-Band SSPB
2200-G Series 50Watt Ku-Band GaN Based SSPB
2200-G Series
60Watt Ku-Band GaN Based SSPB
Description:
Based on GaN technology the new Advantech SSPBMg-K 2200-G Series Ku-Band GaN Based SSPB provides high power density in a compact size. Combined with the traditional Advantech features, these new series of BUCs provide the ultimate in performance and convenience. The products in the new G-Series Ku-Band BUCs are available as SSPA or SSPB (BUC). The first products available in the new G-Series are for 16W to 200W.
2200-G 20W Data
Sheet
2200-G 25W Data
Sheet
2200-G 40W Data
Sheet
2200-G 50W Data
Sheet
2200-G 60W Data
Sheet
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X-Band SSPB-Wikipedia
The X band is a
segment of the microwave radio region of the electromagnetic
spectrum. In some cases, such as in communication engineering, the
frequency range of the X band is rather indefinitely set at
approximately 7.0 to 11.2 GHz. In radar engineering, the frequency
range is specified by the IEEE at 8.0 to 12.0 GHz.
|
|
SSPBg-210X Series GaN Based 16Watt X-Band BUC
SSPBg-210X Series GaN Based 20Watt X-Band BUC
SSPBg-210X Series GaN Based
25Watt X-Band BUC
Description:
The Advantech SSPBg-210X Series GaN Based
X-Band BUC is a hub-mount up-converter transmitter, using GaN Technology, operating in the X-Band. The Advantech SSPBg-210X Series GaN Based 16W X-Band BUC is an integrated unit, complete with power supply, phase-locked oscillator, mixer, filter and cooling mechanism. Intended for outdoor
operation, the Advantech SSPBg-210X Series GaN Based 16W X-Band BUC provides the utmost in convenience and efficiency. Other SSPBs are also available for higher powers or for operation at other up-link frequencies.
SSPBg-210X 16w
Data
Sheet
SSPBg-210X 20w Data
Sheet
SSPBg-210X 25w Data
Sheet
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2200-G Series SapphireBlu 300Watt X-Band SSPB
2200-G Series SapphireBlu 400Watt X-Band SSPB
Description:
Based on GaN technology the new Advantech 2200-G Series SapphireBlu X-Band SSPB provide high power density in a compact size. Combined with the traditional Advantech Wireless features, these new series of BUCs provide the ultimate in performance and convenience. The products in the new G-Series X-Band BUCs are available as SSPA or SSPB (BUC).
2200-G 300w
Data
Sheet
2200-G 400w
Data
Sheet
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2200-G Series 150Watt X-Band GaN SSPB
2200-G Series 200Watt X-Band GaN SSPB
2200-G Series 250Watt X-Band GaN SSPB
Description:
Based on GaN technology the new Advantech SSPBM-X 2200-G Series X-Band GaN SSPB provides high power density in a compact size. Combined with the traditional Advantech Wireless features, these new series of BUCs provide the ultimate in performance and convenience. The products in the new G-Series X-Band BUCs are available as SSPA or SSPB (BUC). The first products available in the new G-Series are 150W, 200W and 250W.
SSPBM-X 150w
Data
Sheet
SSPBM-X 200w Data
Sheet
SSPBM-X 250w Data
Sheet
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Super
Compact TT Series 80Watt X-Band GaN SSPB
Super Compact TT Series 100Watt X-Band GaN SSPB
Super Compact TT Series 125Watt X-Band GaN SSPB
Description:
The new Advantech Super Compact TT Series X-Band GaN SSPB provides the highest power density in the industry. Combined with the traditional Advantech Wireless’ features, these new series of BUCs provide the ultimate in
performance, reliability, and convenience. Full range of output power of 80W to 125W in a compact single package. Build-In High Power Circulator and Dummy Load. High linearity. Full M&C capability via RS485 or Ethernet port. Built-in Forward precision powering
metering. Output RF calibrated Sample Port. Redundant Systems shipped fully tested. Detachable power supply module. Weatherproof construction. CE marking.
SCTT 80w
Data
Sheet
SCTT 100w Data
Sheet
SCTT 125w
Data
Sheet
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Teledyne
Paradise Datacom-Wikipedia
Teledyne Paradise
Datacom, a Teledyne Technologies company, designs, manufactures and sells satellite modems, solid state power amplifiers (SSPA), low noise amplifiers
(LNA), block up converters (BUC) and associated redundancy subsystems. We deliver satellite communications products around the world.
C-Band SSPA-Wikipedia
Nearly all C-band
communication satellites use the band of frequencies from 3.7 to
4.2 GHz for their downlinks, and the band of frequencies from
5.925 to 6.425 GHz for their uplinks. Note that by using
the band from 3.7 to 4.0 GHz, this C-band overlaps somewhat
into the IEEE S-band for radars.
SSPA-
Solid State Power Amplifiers (SSPAs) and Block Upconverters (BUCs)
Ku-Band Indoor -
Ku-Band Outdoor -
C-Band Indoor -
C-Band Outdoor -
X-Band Outdoor -
Ka-Band Outdoor
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50Watt C-Band 3RU Rackmount SSPA
75Watt C-Band 3RU Rackmount SSPA
100Watt C-Band 3RU Rackmount SSPA
140Watt C-Band 3RU Rackmount SSPA
200Watt C-Band 3RU Rackmount SSPA
250Watt C-Band 3RU Rackmount SSPA
300Watt C-Band 3RU Rackmount SSPA
Description:
Teledyne Paradise Datacom’s Indoor, Compact Rack Mount (CRM) series Solid State Power Amplifiers represent the latest in High Power Microwave Amplifier Technology. The SSPA chassis achieves the highest power density in the industry along with enhanced
maintainability. The power supply, fan trays and controller card connector plate are all removable for easy maintenance. At 24” deep, and only 3RU high, this chassis is perfect for SNG applications, or other configurations where rack space is at a premium.
C-Band3RU
Data
Sheet
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50Watt C-Band 3RU Rack Height GaN SSPA
100Watt C-Band 3RU Rack Height GaN SSPA
150Watt C-Band 3RU Rack Height GaN SSPA
200Watt C-Band 3RU Rack Height GaN SSPA
300Watt C-Band 3RU Rack Height GaN SSPA
400Watt C-Band 3RU Rack Height GaN SSPA
650Watt C-Band 3RU Rack Height GaN SSPA
800Watt C-Band 3RU Rack Height GaN SSPA
Description:
Teledyne Paradise Datacom has a rich history in the design and production of
Gallium Nitride (GaN) based SSPAs. Our engineers utilize innovative linearization techniques that enable GaN amplifiers to produce linear output power with the same efficiency as tube based amplifier systems. A complete family of Satcom amplifiers has been developed that cover S-Band through Ku-Band.
GaNSSPA 50w
Data
Sheet
GaNSSPA 100w Data
Sheet
GaNSSPA 150w Data
Sheet
GaNSSPA 200w Data
Sheet
GaNSSPA 300w Data
Sheet
GaNSSPA 400w Data
Sheet
GaNSSPA 650w Data
Sheet
GaNSSPA 800w Data
Sheet
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400W C-Band Outdoor GaAs SSPA
500W C-Band Outdoor GaAs SSPA
600W C-Band Outdoor GaAs SSPA
Description:
Teledyne Paradise Datacom’s newly packaged High Power Outdoor (H) series of Solid State Power Amplifiers represent the latest in High Power Microwave Amplifier Technology. The SSPA package achieves the highest power density in the industry, along with enhanced maintainability. A state-of-the-art thermal platform provides efficient cooling for the amplifier module and power supplies. This ensures the highest possible MTBFs for microwave power amplifiers.
C-BandGaAs
Data
Sheet
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50W C-Band 3RU Rack Height GaN SSPA
200Watt
Extended C-Band 3RU Rackmount SSPA
250Watt
Extended C-Band 3RU Rackmount SSPA
Description:
Teledyne Paradise Datacom’s Indoor, Compact Rack Mount
(CRM) series Solid State Power Amplifiers represent the latest in High Power Microwave Amplifier Technology. The
SSPA chassis achieves the highest power density in the industry along with enhanced
maintainability. The power supply, fan trays and controller card connector plate are all removable for easy maintenance. At 24” deep, and only 3RU high, this chassis is perfect for SNG applications, or other configurations where rack space is at a premium.
C-Band3RU
Data
Sheet
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650Watt C-Band Outdoor GaN SSPA
Description:
Teledyne Paradise Datacom’s newly packaged High Power Outdoor (H) series of Solid State Power Amplifiers represent the latest in High Power Microwave Amplifier Technology. The SSPA package achieves the highest power density in the industry, along with enhanced maintainability. A state-of-the-art thermal platform provides efficient cooling for the amplifier module and power supplies. This ensures the highest possible MTBFs for microwave power amplifiers.
GaN SSPA
Data
Sheet
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800W C-Band Outdoor GaN SSPA
Description:
Teledyne Paradise Datacom’s newly packaged High Power Outdoor (H) series of Solid State Power Amplifiers represent the latest in High Power Microwave Amplifier Technology. The SSPA package achieves the highest power density in the industry, along with enhanced maintainability. A state-of-the-art thermal platform provides efficient cooling for the amplifier module and power supplies. This ensures the highest possible MTBFs for microwave power amplifiers.
GaN SSPA
Data
Sheet
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Ku-Band SSPA-Wikipedia
The
Ku band is a portion of the electromagnetic spectrum in the
microwave range of frequencies ranging from 11.7 to 12.7GHz.
(downlink frequencies) and 14 to 14.5GHz (uplink frequencies) Low
or extended Ku band is used from 10.7 to 12.75 GHz (LOF Low
9.750 GHz, LOF High 10.750 GHz)
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35Watt Ku-Band 3RU Rackmount SSPA
40Watt Ku-Band 3RU Rackmount SSPA
70Watt Ku-Band 3RU Rackmount SSPA
100Watt Ku-Band 3RU Rackmount SSPA
125Watt Ku-Band 3RU Rackmount SSPA
Description:
Teledyne Paradise Datacom’s Indoor, Compact Rack Mount (CRM) series Solid State Power Amplifiers represent the latest in High Power Microwave Amplifier Technology. The SSPA chassis achieves the highest power density in the industry along with enhanced maintainability. The power supply, fan trays and controller card connector plate are all removable for easy maintenance. At 24” deep, and only 3RU high, this chassis is perfect for SNG applications, or other configurations where rack space is at a premium.
3RU SSPA 35w
Data
Sheet
3RU SSPA 40w Data
Sheet
3RU SSPA 70w Data
Sheet
3RU SSPA 100w Data
Sheet
3RU SSPA 125w Data
Sheet
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40Watt Ku-Band 3RU Rack Height GaN SSPA
50Watt Ku-Band 3RU Rack Height GaN SSPA
80Watt
Ku-Band 3RU Rack Height GaN SSPA
100Watt Ku-Band 3RU Rack Height GaN SSPA
150Watt Ku-Band 3RU Rack Height GaN SSPA
200Watt Ku-Band 3RU Rack Height GaN SSPA
250Watt
Ku-Band 3RU Rack Height GaN SSPA
300Watt
Ku-Band 3RU Rack Height GaN SSPA
400Watt
Ku-Band 3RU Rack Height GaN SSPA
500Watt
Ku-Band 3RU Rack Height GaN SSPA
Description:
Teledyne Paradise Datacom has a rich history in the design and production of Gallium Nitride (GaN) based SSPAs. Our engineers utilize innovative linearization techniques that enable GaN amplifiers to produce linear output power with the same efficiency as tube based amplifier systems. A complete family of Satcom amplifiers has been developed that cover S-Band through Ku-Band.
3RU GaN SSPA 40w
Data
Sheet
3RU GaN SSPA 80w Data
Sheet
3RU GaN SSPA 100w Data
Sheet
3RU GaN SSPA 150w Data
Sheet
3RU GaN SSPA 200w Data
Sheet
3RU GaN SSPA 250w Data
Sheet
3RU GaN SSPA 300w Data
Sheet
3RU GaN SSPA 400w Data
Sheet
3RU GaN SSPA 500w Data
Sheet
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See: UHF/VHF
- CATV - RF
|
See: Splitter
/ Dividers
|
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300Watt Ku-Band Outdoor GaN SSPA
400Watt Ku-Band Outdoor GaN SSPA
500Watt Ku-Band Outdoor GaN SSPA
Description:
Teledyne Paradise Datacom’s newly packaged High Power Outdoor (H) series of Solid State Power Amplifiers is packaged with the latest Gallium Nitride, GaN, based SSPA modules. Utilizing the latest in linearized GaN amplifier module technology, the High Power Outdoor enclosure can achieve the highest power densities in the industry. By utilizing an all GaN semiconductor design along with proprietary linearization techniques, the High Power Outdoor amplifier simultaneously provides excellent linear output power along with industry leading efficiency.
GaN
SSPA 300w Data
Sheet
GaN SSPA 400w Data
Sheet
GaN SSPA 500w Data
Sheet
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200Watt Ku-Band Outdoor GaAs SSPA
250Watt Ku-Band Outdoor GaAs SSPA
call
Description:
Teledyne Paradise Datacom’s Indoor, Compact Rack Mount
(CRM) series Solid State Power Amplifiers represent the latest in High Power Microwave Amplifier Technology. The SSPA chassis achieves the highest power density in the industry along with enhanced
maintainability. The power supply, fan trays and controller card connector plate are all removable for easy maintenance. At 24” deep, and only 3RU high, this chassis is perfect for SNG applications, or other configurations where rack space is at a premium.
GaAs
SSPA 200w Data
Sheet
GaAs SSPA 250w Data
Sheet
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Ka-Band SSPA-Wikipedia
The Ka band ("kay-ay
band") covers the radio frequencies of 26.5–40 GHz, i.e.
wavelengths from slightly over one centimeter down to 7.5
millimeters. The Ka band is part of the K band of the microwave
band of the electromagnetic spectrum. This symbol refers to
"K-above": in other words, the band directly above the
K-band. The 30/20 GHz band is used in communications satellites,
uplink in either the 27.5 GHz and 31 GHz bands, and
high-resolution, close-range targeting radars aboard military
airplanes.
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Compact Outdoor 20Watt Ka-Band SSPA
Compact Outdoor 40Watt Ka-Band SSPA
Description:
The Teledyne Paradise Datacom Compact Outdoor Solid State Power Amplifier (SSPA) is built for extreme environmental conditions and high reliability operation. Along with the robust construction exists the highest power density in the industry. This allows solid
state technology to be used in applications that have long been
reserved for TWTAs.This Ka-Band SSPA weighs in at less than 44 lbs. (20.0 kg), and is only slightly larger than a shoe box.
SSPA 20w
Data
Sheet
SSPA 40w Data
Sheet
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Compact Outdoor
80Watt Ka-Band GaN SSPA
Compact Outdoor
100Watt Ka-Band GaN SSPA
Compact Outdoor 180Watt Ka-Band GaN SSPA
Description:
The Teledyne Paradise Datacom Compact Outdoor Solid State Power Amplifier (SSPA) is built for extreme environmental conditions and high reliability operation. Along with the robust construction exists the highest power density in the industry. This allows solid state technology to be used in applications that have long been reserved for TWTAs. Available as a broadband SSPA or SSPB covering 1 GHz wide frequency sub-bands.
GaN SSPA 80w
Data
Sheet
GaN SSPA 100w Data
Sheet
GaN SSPA 180w Data
Sheet
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X-Band
SSPA-Wikipedia
The X band is a
segment of the microwave radio region of the electromagnetic
spectrum. In some cases, such as in communication engineering, the
frequency range of the X band is rather indefinitely set at
approximately 7.0 to 11.2 GHz. In radar engineering, the frequency
range is specified by the IEEE at 8.0 to 12.0 GHz.
|
|
300Watt X-Band 3RU Rack Height GaN SSPA
400Watt X-Band 3RU Rack Height GaN SSPA
650Watt X-Band 3RU Rack Height GaN SSPA
800Watt X-Band 3RU Rack Height GaN SSPA
Description:
Teledyne Paradise Datacom has a rich history in the design and production of Gallium Nitride (GaN) based SSPAs. Our engineers utilize innovative linearization techniques that enable GaN amplifiers to produce linear output power with the same efficiency as tube based amplifier systems. A complete family of Satcom amplifiers has been developed that cover S-Band through Ku-Band.
GaN SSPA 300w
Data
Sheet
GaN SSPA 400w Data
Sheet
GaN SSPA 650w Data
Sheet
GaN SSPA 800w Data
Sheet
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350Watt X-Band Outdoor GaAs SSPA
500Watt X-Band Outdoor GaAs SSPA
650Watt X-Band Outdoor
GaN SSPA
800Watt X-Band Outdoor
GaN SSPA
Description:
Teledyne Paradise Datacom’s newly packaged High Power Outdoor (H) series of Solid State Power Amplifiers is packaged with the latest Gallium Nitride, GaN, based SSPA modules. Utilizing the latest in linearized GaN amplifier module technology, the High Power Outdoor enclosure can achieve the highest power densities in the industry. By utilizing an all GaN
semiconductor design along with proprietary linearization techniques, the High Power Outdoor amplifier simultaneously provides excellent linear output power along with industry leading efficiency.
GaAs SSPA 350w
Data
Sheet
GaAs SSPA 500w Data
Sheet
GaN SSPA 650w
Data
Sheet
GaN SSPA 800w
Data
Sheet
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60W X-Band 3RU Rackmount SSPA
75W X-Band 3RU Rackmount SSPA
Description:
Teledyne Paradise Datacom’s Indoor, Compact Rack Mount (CRM) series Solid State Power Amplifiers represent the latest in High Power Microwave Amplifier Technology. The SSPA chassis achieves the highest power density in the industry along with enhanced
maintainability. The power supply, fan trays and controller card connector plate are all removable for easy maintenance. At 24” deep, and only 3RU high, this chassis is perfect for SNG applications, or other configurations where rack space is at a premium.
The SSPA front panel features an easy-to-navigate display and menu structure. Dedicated LEDs are provided for alarm condition indication.
3RSSPA-X Data
Sheet
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X-Band microBUC 10/20 Watt Micro Block Up Converter
Description:
The Paradise Datacom μBUC is an X-Band Block Up Converter module designed specifically for highly mobile commercial and military X-Band
applications. The μBUC is ideal for use in any Fly-away or Manpack application where miniature form factor and light weight are a
requirement. The converter can automatically detect and phase lock to external reference frequencies of 5, 10, and 50 MHz over a wide range of power levels.
X-MicroBUC
Data
Sheet
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X-Band vBUC VSAT Block Up Converters
Description:
Teledyne Paradise Datacom’s second generation VSAT Block Up Converters is a completely new design based on the new ZBUC intelligent technology and the reliability of the Teledyne Paradise Datacom SSPA product line. For system compatibility, the package size and footprint have been maintained from the first generation VSAT BUC.
vBUC Data
Sheet
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S-Band
SSPA-Wikipedia
The S band is part of the microwave band of the electromagnetic spectrum. It is defined by an IEEE standard for radio waves with frequencies that range from 2 to 4 GHz, crossing the conventional boundary between UHF and SHF at 3.0 GHz. The S band is used by weather radar, surface ship radar, and some communications satellites, especially those used by NASA to communicate with the Space Shuttle and the International Space Station. The 10 cm radar short-band ranges roughly from 1.55 to 5.2 GHz.
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50Watt S-Band 3RU Rack Height GaN SSPA
100Watt S-Band 3RU Rack Height GaN SSPA
200Watt S-Band 3RU Rack Height GaN SSPA
Description:
Teledyne Paradise Datacom has a rich history in the design and production of Gallium Nitride (GaN) based SSPAs. Our engineers utilize innovative linearization techniques that enable GaN amplifiers to produce linear output power with the same efficiency as tube based amplifier systems. A complete family of Satcom amplifiers has been developed that cover S-Band through Ku-Band.
GaN SSPA 50w
Data
Sheet
GaN SSPA 100w Data
Sheet
GaN SSPA 200w Data
Sheet
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300Watt S-Band 3RU Rack Height GaN SSPA
400Watt S-Band 3RU Rack Height GaN SSPA
500Watt S-Band 3RU Rack Height GaN SSPA
600Watt S-Band 3RU Rack Height GaN SSPA
Description:
Teledyne Paradise Datacom has a rich history in the design and production of Gallium Nitride (GaN) based SSPAs. Our engineers utilize innovative linearization techniques that enable GaN amplifiers to produce linear output power with the same efficiency as tube based amplifier systems. A complete family of Satcom amplifiers has been developed that cover S-Band through Ku-Band.
GaN SSPA 300w Data
Sheet
GaN SSPA 400w Data
Sheet
GaN SSPA 500w Data
Sheet
GaN SSPA 600w Data
Sheet
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600W S-Band Outdoor GaN SSPA
800W S-Band Outdoor GaN SSPA
Description:
Teledyne Paradise Datacom has a rich history in the design and production of Gallium Nitride (GaN) based
SSPAs. Our engineers utilize innovative linearization techniques that enable GaN amplifiers to produce linear output power with the same efficiency as tube based amplifier systems. A complete family of Satcom amplifiers has been developed that cover S-Band through Ku-Band.
GaN SSPA 600w Data
Sheet
GaN SSPA 800w Data
Sheet
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1000Watt S-Band Outdoor GaN SSPA
Description:
Teledyne Paradise Datacom’s newly packaged High Power Outdoor (H) series of Solid State Power Amplifiers is packaged with the latest Gallium Nitride, GaN, based SSPA modules. Utilizing the latest in linearized GaN amplifier module technology, the High Power Outdoor enclosure can achieve the highest power densities in the industry. By utilizing an all GaN semiconductor design along with proprietary linearization techniques, the High Power Outdoor amplifier simultaneously provides excellent linear output power along with industry leading efficiency.
GaN SSPA 1000w
Data
Sheet
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Redundant Solid State Power
Amplifiers (SSPA)-Wikipedia
The amplified outputs of all the symmetric branches are summed up in a passive combing network which routes the resultant high power to the output of the RF SSPA. A compact and highly efficient switching Power Supply Unit (PSU) is built into the solid state power amplifier.
SSPA -
Multi-Band - Redundant System
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Redundant Systems Outdoor SSPA
Description:
Teledyne Paradise Datacom’s Outdoor series of redundant
amplifier systems provide the highest degree of earth station
redundancy and reliability. Based on Teledyne Paradise Datacom’s family of rugged and robust SSPAs, these systems
provide the highest MTBFs possible.
ROSSPA
Data
Sheet
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Phase Combined Systems Outdoor SSPA
Description:
Teledyne Paradise Datacom’s family of outdoor packaged,
phase combined SSPA systems provide the highest degree of redundancy and system reliability. 1:1 Phase Combined Systems are an economical solution to
providing high output power capability with soft-fail redundancy. 1:2 Phase Combined Systems can provide full output power
redundancy to mission critical applications which cannot tolerate any decrease in output power capability.
PCSSPA
Data
Sheet
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See: Wave
Guides
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See: Tx/RX
Transmit Receive
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Redundant Indoor Packaged SSPAs
3RU, 4RU, 6RU & 7RU
Description:
Teledyne Paradise Datacom’s Indoor Rack Mount (-RM) series of redundant amplifier systems provide the highest degree of earth station redundancy and reliability.
These systems can be configured in either 1:1 or 1:2 redundant configurations using any of the Teledyne Paradise Datacom family of Indoor Rack Mount SSPAs.
RISSPA
Data
Sheet
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Phase
Combined Indoor Packaged SSPAs
3RU, 4RU, 6RU & 7RU
Description:
Teledyne Paradise Datacom’s Outdoor series of redundant
amplifier systems provide the highest degree of earth station
redundancy and reliability. Based on Teledyne Paradise Datacom’s family of rugged and robust
SSPAs, these systems provide the highest MTBFs possible.
PCISSPA
Data
Sheet
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See: Hubs
and Controllers
|
See: Motors
& Positioners
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PowerMAX Modular N+1 Soft-Fail Phase Combined System
Description:
The PowerMAX system maintains complete parallel redundancy down to
the embedded control level. Therefore the loss of an entire HPA chassis will
not interrupt remote communications with the system. Remote communications
can be either RS-485 or Ethernet. The system will automatically correct its gain level in the event of one or more HPA chassis failures.
Available in multi configurations.
PMax-phase Data
Sheet
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GaN PowerMAX Modular N+1 Soft-Fail Phase Combined System
Description:
Teledyne Paradise Datacom’s Indoor Rack Mount
(-RM) series of redundant amplifier systems provide the highest degree of earth station redundancy and
reliability.
These systems can be configured in either 1:1 or 1:2 redundant configurations using any of the Teledyne Paradise Datacom family of Indoor Rack Mount
SSPAs.
GaN-PMax
Data
Sheet
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Traveling Wave Tube
Amplifiers (TWTA)-Wikipedia
TWTA -
Outdoor Traveling Wave Tube Amplifiers (TWTAs)
C-Band -
Ku-Band -
X-Band -
DBS-Band -
Ka-Band -
Q- and V-Band -
Multi-Band.
Indoor TWTAs
C-Band -
Ku-Band -
DBS-Band -
X-Band
TWT - Ring-Loop TWTs - Pulsed ring-loop traveling wave tubes operating in the L-, S-, C- and X-Band frequency ranges. Typical peak power levels offered range from 1 kW to 15 kW, with duty cycle capability up to 6 percent.The unique ring-loop slow-wave structure used in these provides high gain at kilowatt peak RF power levels without oscillation and achieve greater than 30% efficiency.
Helix TWTs -
C-Band -
X-Band -
Ku-Band -
DBS-Band -
Ka-Band -
Tri-Band -
Instrumentation -
Minis -
Mini Boosters -
Pulsed Products -
Instrumentation
Coupled Cavity TWT
A traveling-wave tube
(TWT, pronounced "twit") or traveling-wave tube amplifier (TWTA, pronounced
"tweeta") is a specialized vacuum tube that is used in electronics to amplify radio frequency (RF) signals in the microwave
range. The TWT belongs to a category of "linear beam" tubes, such as the klystron, in which the radio wave is amplified by absorbing power from a beam of electrons as it passes down the tube.
TWTA Systems
Xicom is an established software development company with an enviable and proven track-record engaged in providing software development services, technology consulting and IT outsourcing solutions to clients worldwide.
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XTD-750C 750W Antenna Mount C-Band TWTA
XTD-750K 750W Antenna Mount Ku-Band TWTA
Description:
The Xicom XTD-750 is a compact, self-contained, antenna mountable power amplifier designed for low cost installation and long life. The XTD-750 design eliminates the need for an amplifier shelter as well as a long waveguide run between the amplifier and antenna feed horn. RF filters, cooling, and monitoring & control (M&C) systems are all self-contained within the High Power Amplifier (HPA). These features provide high reliability, low maintenance costs, and low replacement costs.
Other wattages available to meet your requirements.
XTD-750
Data
Sheet
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XTRT-750C 750W C-Band Touch Screen Rack Mount TWTA
Technology XTRT-750K 750W Ext Ku-Band Rack Mount TWTA
Technology XTRT-750X 750W X-Band Rack Mount High Power Amplifier
Description:
The Xicom XTRT-750C is a highly efficient rack mountable traveling wave tube amplifier (TWTA) designed for fixed and mobile uplink applications. The unit includes RF gain control, a solid state pre-amplifier, RF filters, cooling, and monitoring and control (M&C)
systems. Rack space is conserved because the amplifier occupies only 4 rack units (7 inches) of a standard 19 inch rack cabinet. Nominal weight is 75 pounds.
Other wattages available to meet your requirements.
XTRT-750C
Data
Sheet
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dB Control designs and manufactures reliable high-power TWT Amplifiers (TWTAs), microwave power modules (MPMs), transmitters and power supplies with modulators for radar, electronic countermeasures (ECM), and data link applications.
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dB Control dB-3902 8kW Pulsed C-Band TWTA
dB-3906 12kW Pulsed C-Band TWTA
dB-3907 12kW Pulsed X-Band TWTA
Description:
The dB Control dB-3902 8kW Pulsed C-Band TWTA uses two wideband, periodic permanent magnet (PPM)-focused TWTs to amplify CW, AM, FM or pulse-modulated signals. Compared to a single TWT approach, the dB-3902 provides higher saturated output power and improved harmonic performance. In addition, dB Control minimizes losses from power combining by carefully matching the TWTs and other RF components for amplitude and phase over the entire frequency
range
DB3907
Data
Sheet
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dB-4103A 35W CW Ka-Band TWTA
dB-3861 400W Ka-Band TWTA
dB-3860-01 700W Ka-Band TWTA
Description:
The dB Control dB-4103A 35W CW Ka-Band TWTA is a rack-mounted Ka-Band traveling wave tube amplifier (TWTA) operating in the frequency range of 26.5 to 40 GHz and providing 35 Watts minimum output power. A wide-band, periodic permanent magnet (PPM) - focused, conduction-cooled TWT is used for power amplification of CW, AM, FM or pulse-modulated signals. The power supply topology uses proprietary low-noise, high-efficiency designs to operate the RF signal path. An embedded micro-controller provides the interface, control and protection functions, as well as extensive fault diagnostics and status indication for the TWT Amplifier. The dB-4103A is packaged in a standard 19-inch rack-mount configuration with an integral, forced air cooling system.
DB3860
Data
Sheet
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CPI's Satcom Division (CPI Satcom) is a worldwide leader in uplink amplifier products and systems for satellite communications. The company has played a pivotal role in the satcom industry since its inception. The first satellite projects, including INTELSAT and CONUS, were supported by CPI, which was then part of Varian Associates, Inc.
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MCL MT7100 TWTA Traveling Wave Tube High Power Amplifier
Description:
The MCL MT7100 TWTA High Power Traveling Wave Tube Amplifier is the rugged and economical solution for satellite uplink applications. The MT7100 is available in C-Band (2250W), X-Band (2250W-2500W) and Dual C/X-Band Configurations (1000W/2000W)
MT7100
Data
Sheet
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MCL MT4400 TWTA Antenna Mount Traveling Wave Tube Medium Power Amplifier
Description:
The MT4400 antenna mount TWT amplifier is available for C or Ku-Band applications at 750 watts, or DBS-Band applications at 500 watts. It is also available for X-Band or Tri-Band upon request. This weather-resistant outdoor TWTA features extensive built-in diagnostic capabilities, an advanced thermal design, and rugged construction for extreme environments. The MT4400 can be easily integrated in both new and existing outdoor amplifier installations.
MT4400
Data
Sheet
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OTHER - BUC - TWTA - SSPA
We carry
a large range of manufactures: Acorde - Advantech - Agilis - Alga - AnaCom - Aqyr - Atlantic Satellite Corp - AvL Technologies - Ayecka - Belcom - CPI - China Starwin - Cobham - Comtech EF Data -
C-Com Satellite Systems - DataPath - Datum Systems - Foxcom - GD Satcom - Idirect -
Intellian - Mitec - NJRC - Newtec - Norsat - Novelsat - ORBIT Communication Systems -
Sage SatCom - Satellite Systems Corp - Sat-Lite - Skyware Global - Teledyne Paradise Datacom - Terrasat - Xicom.
W 68 dB min 10 W 71 dB min 15 W 72.8 dB min 20 W 74 dB min 25 W 75 dB min 30 W 75.8 dB min 40 W 77 dB min 50 W 78 dB min 60 W 79 dB min Attenuator range 30 dB variable in 0.1 dB steps
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DCR
3500 5W Ka-Band Transceiver
Description:
The new Skyware Global DRC 3500 is a high performance Ka-Band transceiver with unprecedented versatility. The product includes the complete antenna feed chain with
polarizer, a true 5 Watt BUC a wide-band PLL LNB and an OpenBMIP Monitoring and Control facility – all in a single, IP67 rated, enclosure.
DRC3500
Data
Sheet
- Flexible
Polarization: RHCP/ LHCP and cross/co-polar
- 2 GHz operation
by switchable sub-bands
- Optimized,
integrated Feed-chain for highest EIRP and G/T
- True 5 Watt P1dB
at the Feed
- L-Band IFL
- Wide DC supply
voltage range 18 – 50 V
- Auto-detect 10
MHz and 50 MHz TX reference
- IP67 rated
housing and feed
- OpenBMIP
Monitoring and Control - other protocols through firmware
update
- Fan-less design
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H1
2015 10W Ka-Band Transceiver
Description:
The new Skyware Global
H1 2015 is a high performance Ka-Band transceiver with unprecedented versatility. The product includes the complete antenna feed chain with polarizer, a true 5 Watt BUC a wide-band PLL LNB and an OpenBMIP Monitoring and Control facility – all in a single, IP67 rated, enclosure.
H1
2015
Data
Sheet
- Flexible
Polarization: RHCP/ LHCP and cross/co-polar
- 2 GHz operation
by switchable sub-bands
- Optimized,
integrated Feed-chain for highest EIRP and G/T
- True 10 Watt
P1dB at the Feed
- L-Band IFL
- Wide DC supply
voltage range 18 – 50 V
- Auto-detect 10
MHz and 50 MHz TX reference
- IP67 rated
housing and feed
- OpenBMIP
Monitoring and Control - other protocols through firmware
update
- Fan-less design
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Amplifier
1 to 990 GHz
Description:
Military converters and custom assemblies
are used in Airborne (fixed and rotary wing), Shipboard, and
Ground Mobile platforms. Military applications include Avionics,
Electronic Warfare including (ECM, ESM, ELINT, SIGINT), RADAR
applications, radar environment simulation systems, and
intelligence, surveillance and reconnaissance (ISR) systems.
RCM1G
Data
Sheet
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Amplifier
26.5 to 40 GHz
Description:
Please contact our Sales Office to obtain
more information and discuss your requirements and/or submit your
Custom Assembly Specification Form for immediate review.
AMP2640
Data
Sheet
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Amplifier
5 to 700 GHz
Description:
Military converters and custom assemblies
are used in Airborne (fixed and rotary wing), Shipboard, and
Ground Mobile platforms. Military applications include Avionics,
Electronic Warfare including (ECM, ESM, ELINT, SIGINT), RADAR
applications, radar environment simulation systems, and
intelligence, surveillance and reconnaissance (ISR) systems.
RCM7G
Data
Sheet
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3W Low
Ku-Band BUC
Description:
Ideal for Broadband VSAT RF terminal.
3W-34dBm output power Optional Internal reference source RoHS
Complaint Small Size & Mass Power Consumption: 20W Max Two
Year Warranty LINE UP Model Number Description Output Power RF
Band(GHz) IF Band(MHz)
3WKUL
Data
Sheet
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See: UHF
/ VHF Antennas
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See: Tx/RX
Transmit Receive
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See: Wave
Guides
|
See: Satellite
/ Parabolic Amps
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Amplifier
.5 to 40 GHz
Description:
We recognize that for highly specialized
systems and requirements, only a custom designed product will be
acceptable. We have extensive experience in the design,
development and manufacturing of custom microwave products and
subsystems, and welcomes the opportunity to discuss your
requirements.
SPA40G
Data
Sheet
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100Watt
Extended C-Band BUC
Description:
Military converters and custom assemblies
are used in Airborne (fixed and rotary wing), Shipboard, and
Ground Mobile platforms. Military applications include Avionics,
Electronic Warfare including (ECM, ESM, ELINT, SIGINT), RADAR
applications, radar environment simulation systems, and
intelligence, surveillance and reconnaissance (ISR) systems.
100WEC
Data
Sheet
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Klystron (HPA)-Wikipedia
A klystron is a specialized linear-beam vacuum tube, invented in 1937 by American electrical engineers Russell and Sigurd Varian, which is used as an amplifier for high radio frequencies, from UHF up into the microwave range.
Klystron HPAs -
klystron power amplifier (KPA) is the overwhelming choice among Direct-to-Home service providers for uplink service, and is also very popular for other broadcasting applications. As the first KPA to utilize multi-stage depressed collector (MSDC) technology
C-Band -
Ku-Band -
DBS-Band -
S-Band -
KA-Band
Klystron HPAs -
klystron power amplifier (KPA) is the overwhelming choice among Direct-to-Home service providers for uplink service, and is also very popular for other broadcasting applications. As the first KPA to utilize multi-stage depressed collector (MSDC) technology
Klystron Based - Gunn Based
Klystrons -
UHF-Band -
L-Band -
S-Band -
C-Band -
X-Band -
Ku-Band -
DBS-Band -
Ka-Band
Gyrotrons - Inductive Output Tubes (IOTs) - Klystrodes -
Klystron Based - Gunn Based
millimeter wave klystron
technology
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Ka-Band
Klystron
Description:
Klystrons
are used in both commercial and military satellite communications
uplinks and are now the worldwide standards for this class of
operation covering C-band, X-band and Ku-band frequencies. High performance Ka-band amplifiers for earth-satellite communications.
These products, based on high reliability military products, are
now available for long-life high performance commercial applications. We
offer a wide variety of Ka-band products, at power
levels ranging from 250 watts to 1 MW continuous wave. The
VKA-7934 Klystron product line is currently under development.
Initial test of the fixed tuned klystron is complete.
VKA-7934 Data
Sheet
VA-928C 28 1 11 1 43
VKA-7910 29.0 - 30.0 0.5 8 0.5 40
VKA-7934 21.0 - 31.3 2 10 1 40
VKA-7934B 21.0 - 22.0 2 10 1 40
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UHF
Klystron
Description:
Klystrons
superpower klystrons for particle accelerator applications.
Typical performance for these devices are operating frequencies of
350 to 700 MHz and output power up to 1.3 MW CW. The VKP-7952
Series provides output power of 1 MW CW or peak for long pulse
operation at 700 MHz.
VKA-7952 Data
Sheet VKP-7951A 0.476 1200 82 24 40
VKP-7952A 0.7 1000 95 16.5 40
VKP-7952B 0.704 1000 95 16.5 40
VKP-7953 0.5 70 25 5.5 37
VKP-7953B 0.5 100 32 6.4 40
VKP-7957A 0.5 800 74 18 40
VKP-7958A 0.499 800 74 17 40
VKP-8275A 0.915 100 34 6.6 40 Pulsed
UHF Klystrons
VKP-7952C 0.704 1 100 95 22 40
VKP-7955 0.805 0.200 - 35 15 37
VKP-8289 0.850 - 0.942 0.30 - 43 24 40
VKP-8290A 0.805 2.5 250 120 55 45
VKP-8291A/B 0.805 0.55 / 0.70 50 / 63 85 13.5 50
VKP-8352A/B 0.352 2.8 100 110 50 42
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L-Band
Klystron
Description:
1.3 GHz, 300 kW, CW Klystron with 58% efficiency, 6 MHz bandwidth. This device was designed to operate nominally at 290 kW for accelerator applications.
VKL-7966A Data
Sheet
VA-963A 1.25 - 1.35 5 8 130 85 50
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Pulsed
L-Band Klystron
Description:
1.3 GHz, 300 kW, CW Klystron with 58% efficiency, 6 MHz bandwidth. This device was designed to operate nominally at 290 kW for accelerator applications.
VKA-7967A Data
Sheet
VKL-8271 1.25 - 1.35 2.5 1.425 140 125 50
VKL-8271A 1.25 - 1.35 2 2.376 140 125 50
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Pulsed
L-Band Klystron
Description:
Klystrons
for particle accelerator applications. The VKL-8301 is a 1300 MHz,
10 MW peak power, 150 kW average power, long-pulse multiple beam
klystron for the European X-FEL and International Linear Collider
(ILC) projects.
VKL-8301 Data
Sheet VKL-7796
1.29 - 1.36 4 300 125 85 45
VKL-7796SRI 1.290 4 180 125 106 45
VKL-7829 1.3 - 1.4 .08 .8 35 10 50
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Multiple Beam Klystron
Description:
The VKL-8301B is a 1300 MHz, 10 MW peak power, 150 kW
average power, long-pulse multiple
beam klystron developed for the European X-FEL and International
Linear Collider (ILC) projects.
VKL-8301B Data
Sheet
VKL-7829C3 1.3 - 1.4 .06 .72 28 10 50
VKL-8272 1.25 - 1.35 4 8.4 140 115 50
X-780 1.235 - 1.365 2.5 - 115 62 40
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S-Band Klystron
Description:
VKS-8262 series of klystrons for use in particle
accelerators for scientific, medical, and industrial applications. These klystrons
provide up to 7.5 MW peak at 2.856 or 2.9985 GHz at various rf pulse
lengths and duty. Versions are available with up to 36 kW of average output power at 2.856 GHz and 72
kW at 2.9985 GHz
VKS-8262 Data
Sheet
VA-145E 2.9 - 3.1 2.5 5 117 80 45
VA-811C 2.9 - 3.1 1 4.2 90 54 38
VA-811D 2.98 - 3.1 1 4.2 90 54 38
VA-811E 2.9 - 3.02 1 4.2 90 54 38
VA-87EN 2.7 - 2.9 1.5 1.08 79 47 53
VA-87ENG 2.8 - 2.89 1.6 1.92 79 47 52
VA-87F 2.7 - 2.9 1.3 1.56 75 42 52
VA-87S 2.7 - 2.9 1.5 3 79 50 52
VA-87TH 2.7 - 2.9 1.5 2.34 79 47 53
VA-87W 2.7 - 2.9 1.3 1.56 75 42 52
VA-938E 2.856 5.5 120 125 90 50
VKS-8260 2.1 - 2.4 2 3.4 95 65 -
VKS-8262D 2.9985 5.5 5.5 130 105 45
VKS-8262E 2.9985 6 6 135 109 45
VKS-8262F 2.856 5 36 125 91 45
VKS-8262G 2.9985 7.5 7.5 160 110 45
VKS-8262HS 2.9985 3 12 110 72 45
VKS-8262J 2.856 4.5 14.1 125 92 45
VKS-8262K 2.9985 5 36 125 91 45
VKS-8262M 2.856 3 12 110 72 45
VKS-8262M1 2.856 3 9 110 72 45
VKS-8262N 2.9985 5 72 125 92 45
VKS-8262S 2.856 5.5 5.72 127 92 45
VKS-8287 2.7 - 3.0 0.75 1.5 65 31 49
VKS-8287A 2.7 - 3.0 0.75 1.5 65 31 49
VKS-8287B 3.0 - 3.3 0.75 1.5 65 31 49
VKS-8288B 2.7 - 2.9 1.5 1.8 85 50 -
VKS-8320 2.955 1 11 85 50 32
VKS-8340 3.1 - 3.5 1.2 - 83 48 35
VKS-8345A 2.85 - 3.15 2.5 5 117 80 35
VKS-8345B 2.9 - 3.1 4.5 9 140 80 35
VKS-8345C 2.9 - 3.1 1.5 7.5 140 65 35
VKS-8345T 2.9 - 3.1 1.5 6.6 140 65 35
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Pulsed
S-Band Klystron
Description:
These klystrons provide up to 7.5
MW peak at 2.856 or 2.9985 GHz at various rf pulse lengths and duty. Versions are available with up to
36 kW of average output power at 2.856 GHz and 72 kW at 2.9985 GHz,
Also
long-pulse multiple beam klystron developed for the European X-FEL and International
Linear Collider (ILC) projects.
VKL-8301B Data
Sheet
4 KM 50 SJ 1.7 - 2.4 12 18 1.8 39
4 KM 50 SK 2.55 - 2.7 10 18 1.8 40
4 KM 70 SJ 1.9 - 2.4 20 20 2.8 40
5 K 70 SK 2.025 - 2.12 24 22 2.78 45
5 K 70 SK-1 2.0 - 2.16 11 16 1.8 41
5K 70 SK-2 2.025 - 2.12 24 22 2.78 45
VKS-7770 1.7- 2.4 12 19 1.85 39
VKS-7793 2.4- 2.55 12 19 1.8 40
VKS-7830 2.5 - 2.7 10 14 1.5 45
VKS-7842 3.0 - 3.1 13 19 2.3 45
VKS-7866 1.75 - 1.85 24 23 3 -
VKS-7960A 2.45 60 32 3.1 41
VKS-7960M 2.45 50 26 3.6 41
VKS-7975A 2.45 120 34 6.3 41
VKS-8269 2.45 500 62 16 57
VKS-8270 2.38 450 62 15.5 49
VKS-8270A 2.38 500 65 18.5 49
VKS-8276 2.114 500 62 16.5 55
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C-Band Klystron
Description:
These C-Band klystrons provide up to 7.5
MW peak at 3.8 or 8,7 GHz at various rf pulse lengths and duty. Versions are available with up to
36 kW of average output power at 4.2 GHz and 72 kW at 8.7 GHz,
Also long-pulse multiple beam klystron developed for the European X-FEL and International
Linear Collider (ILC) projects.
CKLY36K
Data
Sheet
VA-876 7.1 - 8.5 25 25 4 50
VA-876P 7.145 - 7.235 25 21 3.5 40
VA-883 7.1 - 8.5 5 13 1.2 50
VA-883K 7.1 - 7.25 5 13.5 1.6 46
VA-884D 5.925 - 6.425 14 16 2.7 47
VA-908C 4.4 - 5.0 13 16 2.65 50
VA-908E 5 20 20 3.3 50
VA-908F 4.4 - 5.0 13 16 2.65 50
VKC-7810 6.5 - 7.0 2.5 8.5 1.2 43
VKC-7810B 6.5 - 7.0 2.5 8.5 1.2 43
VKC-7810C1 6.95 - 7.0 1.5 7 0.896 41
VKC-7810C2 6.9 - 7.1 3 8.5 1.2 41
VKC-7810F 3.9 3 8.5 1.2 41
VKC-7810G 6.9 - 7.1 5 12 2.1 43
VKC-7810H 6.8 - 7.0 2.5 8.5 1.2 43
VKC-7810J 6.755 - 6.955 3 8.5 1.2 43
VKC-7810J6 6.7 - 7.025 3 8.5 1.25 43
VKC-7810M6 6.8 - 7.050 2.1 10 1.25 43
VKC-7810P 6.4 - 6.6 3 8.5 1.2 43
VKC-7819B/U 4.4 - 5.0 2.6 8.2 0.8 43
VKC-7979A 5.175 - 5.250 3.3 10 1.25
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Pulsed
C-Band Klystron
Description:
These C-Band klystrons provide up to 7.5
MW peak at 3.8 or 8,7 GHz at various rf pulse lengths and duty. Versions are available with up to
36 kW of average output power at 4.2 GHz and 72 kW at 8.7 GHz,
Also long-pulse multiple
beam klystron developed for the European X-FEL and International Linear Collider (ILC) projects..
PCKLY72K
Data
Sheet
VA-846M1 5.9 0.01 0.8 16 2.5 50
VA-908K2 3.9 0.08 2 37 7.8 40
VKC-7762B 5.395 - 5.655 1.3 7 77 39 50
VKC-7762C 5.4 - 5.65 0.9 6.3 77 39 50
VKC-7762M 5.43 - 5.64 1 - 85 52 50
VKC-7807 4.4 - 4.8 0.001 - 6.5 0.5 45
VKC-7834 5.475 - 5.8 0.03 1.2 27 4.5 56
VKC-7840A1 5.5 0.05 - 36 6.8 40
VKC-7849 4.6 0.250 - 46.5 13 55
VKC-8313 5.4 - 5.9 3 6 120 79 33
VKC-8342 5.4 - 5.9 2.7 4.86 128 111 -
VKC-8387 5.6 - 5.65 0.25 .5 50 11 48
VKC-8387E 5.3 - 5.35 0.25 1 60 12 48
VKC-8387K 5.6 - 5.65 0.25 1 60 12 48
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X-Band Klystron
Description:
The VKX-8253A is an electromagnet focused, 9.3 GHz klystron which has demonstrated peak power of 5.5 MW with 18 kW average, at an RF pulse width of 9 μs. The klystron achieved power of 6 MW peak at 6 kW average. The unit was designed to achieve 20 kW average power at 5 MW peak..
VKX-8253A Data
Sheet
VA-864 9.6 - 11.1 10 18 2.25 47
VA-864G 9.15 - 9.45 5.5 13.5 1.38 47
VA-864J 9.7 10 18.5 2.25 47
VA-864K 9.0 - 9.8 10 18.5 2.3 47
VA-866 7.1 - 12.0 1 7 0.5 48
VA-876 7.1 - 8.5 25 25 4 46
VA-876J 7.145 - 7.235 25 21 3.5 46
VA-876J2 7.145 - 7.235 25 21 3.5 46
VA-876P 7.145 - 7.235 25 21 3.5 46
VA-883 7.1 - 8.5 5 13 1.2 46
VA-883DM 8.0 5.5 13 1.2 46
VA-883K 7.1 - 7.25 5 13.5 1.6 46
VA-883T 8.3125 6.0 13.5 1.6 46
VA-896 10.0 - 10.25 0.5 5.4 0.36 40
VA-896H 9.6 5 6 0.4 40
VA-911 10.0 - 11.0 10 15 2 50
VA-911T1 10.0 - 10.25 10 16 2.5 50
VA-925G 8.3 - 8.6 5.5 12.5 1.65 47
VA-925P 7.9 - 8.4 8 13 1.75 47
VA-933A 10.0 - 10.25 0.2 4.65 0.3 45
VKX-7753B 7.9 - 8.4 12 13.5 3.2 40
VKX-7753F 7.9 - 8.4 14.5 13.5 3.2 40
VKX-7753G 7.9 - 8.4 12.5 13.5 3.2 40
VKX-7765D 10.0 - 11.0 2.5 10.5 1 43
VKX-7780 7.9 - 8.4 2.5 8 0.85 45
VKX-7799B2 7.9 - 8.4 10 14.5 2.3 34
VKX-7809D 10 3 10 1.1 40
VKX-7809K 10.0 - 10.25 2 9 1.1 40
VKX-7809K1 10.0 - 10.25 2.5 10 1.1 40
VKX-7809M 6.9 - 7.1 0.75 5.9 0.52 40
VKX-7824C 7.9 - 8.4 4.5 12 1.9 30
VKX-7826B 7.9 - 8.4 8 13 1.75 45
VKX-7828H 10.25 - 10.50 5 15 1.6 50
VKX-7864 8.5 250 51.5 11.2 50
VKX-7879 8 100 35 7.6 47
VKX-7913 10 0.2 4.3 0.3 45
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Pulsed
X-Band Klystron
Description:
VKX-8311A Pulsed klystron operating at 11.994 GHz, 50 MW peak, 5 kW average power. Electromagnet focused, liquid cooled. Waveguide output WR-90, vacuum flange.
VKX-8311A Data
Sheet
V-24E 9.0 - 10.0 0.05 0.15 36 6.6 42
V-24L 9.0 - 10.0 0.05 0.25 36 6.8 42
VA-874E 9.0 - 9.6 0.1 0.5 4. 8.2 50
VA-874T 9.5 - 9.8 0.1 0.5 45 8.5 -
VKX-7769 8.5 - 10.0 0.0075 - 14 1.7 60
VKX-7803 9.0 - 11.0 0.050 - 35 6 60
VKX-7809L 9.950 - 10.050 0.006 0.042 12.5 1.5 45
VKX-7817 9.5 - 10.5 0.002 - 10.5 0.45 47
VKX-7875B 8.0 - 8.5 0.062 6.2 32 6 50
VKX-7875D 7.7 - 8.5 0.035 3.150 28 4.7 50
VKX-7875D1 7.7 - 8.5 0.062 8 34 6.3 50
VKX-7875D2 7.7 - 8.5 0.062 6.2 34 6.3 50
VKX-7875L2 8.3 - 8.9 0.062 4.96 34 6.3 50
VKX-7875P 8.3 - 8.9 0.062 6.2 34 6.3 50
VKX-7875Q 7.7 - 8.5 0.062 6.2 34 6.3 50
VKX-7876C 8.7 - 9.7 0.1 6 38 7.4 50
VKX-7876E 9.8 - 10.3 0.1 4.8 38 7.4 50
VKX-7876H 9.5 - 10.5 0.062 6.2 32 6 50
VKX-7876N 9.7 - 10.3 0.062 6.2 34 6.3 50
VKX-7876N2 9.7 - 10.5 0.062 6.2 34 6.3 50
VKX-7876S 9.8 - 10.5 0.07 5.6 34 6.3 50
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Pulsed
Ku-Band Klystron
Description:
VKX-8311A Pulsed klystron operating at 11.994 GHz, 50 MW peak, 5 kW average power. Electromagnet focused, liquid cooled. Waveguide output WR-90, vacuum flange.
VKX-8311A Data
Sheet
VA-934 14.0 - 18.0 13 23 3.5 41
VKU-7812 14.0 - 14.5 2 9 1.2 32
VKU-7891 14.0 - 14.5 3 11 1.1 40
VKU-7891M24 13.75 - 14.50 3.5 11.5 1.2 52
VKU-7891P24 14.0 - 14.5 3 11 1.1 52
VKU-8893A 16.7 - 17.1 2.5 10 1.2 40
VKU-8893UTA 16.7 - 17.1 2.4 9.7 1.2 40
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DBS-Band Klystron
Description:
VKX-8311A Pulsed klystron operating at 11.994 GHz, 50 MW peak, 5 kW average power. Electromagnet focused, liquid cooled. Waveguide output WR-90, vacuum flange.
VKX-8311A Data
Sheet
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Millimeter Wave HPA-Wikipedia
Extremely high frequency (EHF) is the International Telecommunications Union (ITU) designation for the band of radio frequencies in the electromagnetic spectrum from 30 to 300 gigahertz. It lies between the super high frequency band, and the far infrared band which is also referred to as the terahertz gap. Radio waves in this band have wavelengths from ten to one
millimeter, giving it the name millimeter band or millimeter wave, sometimes abbreviated MMW or mmW.
Millimeter-length electromagnetic waves were first investigated in the 1890s by Indian scientist Jagadish Chandra Bose.
Millimeter Wave HPAs -
With the broadest spectrum of millimeter wave uplink amplifiers available in the industry.
Advanced millimeter wave klystrons covering the 30-700 GHz range have made the transition into shorter wavelengths a viable option for radar and communications systems.
-
millimeter wave family of HPAs - ranging in power from 120 watts to 800 watts
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Ka-Band HPAs -
Q- and V-Band HPAs millimeter wave klystron technology
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Ka-Band
Millimeter Wave Coupled Cavity TWT
Description:
The
VTA-6430A Series are 500W CW Coupled Cavity TWT’s covering 27.5
- 31.0 GHz (Ka-Band) with 2 GHz instantaneous bandwidth,
periodic-permanent-magnet focused, waveguide input, waveguide
output, conduction cooled. This high-efficiency CC TWT is designed
for use in satellite communication amplifiers Custom
configurations are also available. These variations in the
performance and configuration include: mechanical configuration,
electrical and RF connections, and cooling method (affects average
power level).
VTA-6430A Data
Sheet
VTA-5703
VTA-5701
VTA-6431A1
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C-Band
Coupled Cavity TWT
Description:
The VTU-5690A pulsed- coupled cavity TWT covers 16.0 GHz to 17.0 GHz with 40 kW peak output power, 0.3
% duty cycle. This device has cathode pulsed and grounded collector to achieve 48 dB gain.
Custom configurations are also available. These variations in the performance and configuration include: grid
modulation, cooling method (affects average power level), mechanical
configuration, electrical and RF connections.
VTU-5690A Data
Sheet
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Coupled Cavity TWT-Wikipedia
The coupled-cavity TWT overcomes this limit by replacing the helix with a series of coupled cavities arranged axially along the beam. This structure provides a helical waveguide, and hence amplification can occur via velocity modulation. Helical
waveguide have very nonlinear dispersion and thus are only narrowband (but wider than klystron). A coupled-cavity TWT can achieve 60 kW output power.
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Ku-Band
Coupled Cavity TWT
Description:
The VTU-5690A pulsed- coupled cavity TWT covers 16.0 GHz to 17.0 GHz with 40 kW peak output power, 0.3
% duty cycle. This device has cathode pulsed and grounded collector to achieve 48 dB gain.
Custom configurations are also available. These variations in the performance and configuration include: grid
modulation, cooling method (affects average power level), mechanical
configuration, electrical and RF connections.
VTU-5690A Data
Sheet
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Ku-Band
Coupled Cavity TWT
Description:
The VTU-5690A pulsed- coupled cavity TWT covers 16.0 GHz to 17.0 GHz with 40 kW peak output power, 0.3
% duty cycle. This device has cathode pulsed and grounded collector to achieve 48 dB gain.
Custom configurations are also available. These variations in the performance and configuration include: grid
modulation, cooling method (affects average power level), mechanical
configuration, electrical and RF connections.
KUCCTWT
Data
Sheet
VTU-5690A 16.0 - 17.0 40 0.3 Conduction PPM
VTU-5692C 15.7 - 17.7 60 30 Forced Liquid Solenoid
VTU-5790A 16.0 - 17.0 30 0.1 Forced Air PPM
VTU-5790C 16.1 - 16.7 8 10 Forced Liquid PPM
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Ka-Band
Coupled Cavity TWT
Description:
Custom
configurations are also available. These variations in the performance and configuration include: cooling
method (affects average power level), mechanical configuration, electrical and RF connections, & multiple
stage depressed collector.
KACCTWT
Data
Sheet
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X-Band
Coupled Cavity TWT
Description:
Custom configurations and bandwidths within
the 5.20 - 5.90 GHz weather RADAR band. Other variations in the performance and configuration
include cooling method (affects average power level), mechanical configuration, electrical and
RF connections and integration of multi stage depressed
collectors.
XCCTWT
Data
Sheet
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W-Band
Coupled Cavity TWT
Description:
The VTU-5690A pulsed- coupled cavity TWT covers 16.0 GHz to 17.0 GHz with 40 kW peak output power, 0.3
% duty cycle. This device has cathode pulsed and grounded collector to achieve 48 dB gain.
Custom configurations are also available. These variations in the performance and configuration include: grid
modulation, cooling method (affects average power level), mechanical
configuration, electrical and RF connections.
VTU5690A
Data
Sheet
VTW-6495A2 93 - 95 50 Forced Air PPM
VTW-5795 95 - 96 3 10 Forced Liquid Solenoid
VTW-5795A2 93.9 - 94.1 3 10 Forced Liquid Solenoid
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L-Band
Coupled Cavity TWT
Description:
The VTU-5690A pulsed- coupled cavity TWT covers 16.0 GHz to 17.0 GHz with 40 kW peak output power, 0.3
% duty cycle. This device has cathode pulsed and grounded collector to achieve 48 dB gain.
Custom configurations are also available. These variations in the performance and configuration include: grid
modulation, cooling method (affects average power level), mechanical
configuration, electrical and RF connections.
VTU-5690
Data
Sheet
VTL-6640 1.75 - 1.85 12 Forced Liquid Solenoid
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See: UHF
/ VHF Antennas
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See: UHF
/ VHF Antennas
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Pulse Compressed-Wikipedia
Pulse compression is a signal processing technique commonly used by radar, sonar and echography to increase the range resolution as well as the signal to noise ratio.
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C-Band
VTC-5762B5
Description:
The VTC-5762B5
pulsed-coupled cavity TWT covers 5.25 to 5.35 GHz international
and 5.60 to 5.65 GHz domestic weather RADAR bands in a single
unit. This TWT puts out 12 kW peak output power at 4% duty cycle
and 150uSEC duration. This device has a non-intercepting grid
pulsed and single depressed collector to achieve high efficiency.
VTC-5762B5 Data
Sheet
VTC-6660E 5.850 - 6.425 40 Forced Liquid Solenoid
VTC-5760B 5.4 - 5.9 50 2.5 Forced Liquid PPM
VTC-5762A 5.4 - 5.9 12 2.5 Forced Air PPM
VTC-5763A 5.25 - 5.75 120 10 Forced Liquid Solenoid
VTC-5764A 5.4 - 5.7 30 2.5 Forced Liquid Solenoid
VTC-5764B 5.25 - 5.75 200 5 Forced Liquid Solenoid
VTC-5764C 5.25 - 5.75 200 1 Forced Liquid PPM
VTC-5765A 5.4 - 5.9 75 2.0 or 2.4 Forced Liquid PPM
VTC-5765B 5.4 - 5.9 75 0.5 Forced Air PPM
VTC-5765C 5.25 - 5.75 75 2 Forced Liquid PPM
VTC-5765D 5.25 - 5.75 100 2 Forced Liquid PPM
VTC-5767A 5.4 - 5.9 20 2.5 Forced Air PPM
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400 WATT C-Band Helix TWT
Description:
400
Watt, 5.85 - 7.10 GHz, CW traveling wave tube,
periodic-permanent-magnet focused, coaxial input, waveguide
output, conduction cooled. Custom configurations are also
available. These variations in the performance and configuration
include: mechanical configuration, electrical and RF connections,
and dual-stage depressed collector.
400W-Helix Data
Sheet
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Helix TWT C-Band
Description:
VTC-6260E4
is a 125 W, CW Traveling-Wave Amplifier, 5.850 GHz to 6.425 GHz,
Periodic-Permanent-Magnet Focused, Coaxial Input, Coaxial Output,
and Conduction Cooled. Custom configurations are also available.
These variations in the performance and configuration include:
cooling method (affects average power level), mechanical
configuration, electrical and RF connections, & single stage
depressed collector.
VTC-6260E4 Data
Sheet
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Helix TWT C-Band
Description:
VTC-6260E4
is a 125 W, CW Traveling-Wave Amplifier, 5.850 GHz to 6.425 GHz,
Periodic-Permanent-Magnet Focused, Coaxial Input, Coaxial Output,
and Conduction Cooled. Custom configurations are also available.
These variations in the performance and configuration include:
cooling method (affects average power level), mechanical
configuration, electrical and RF connections, & single stage
depressed collector.
VTC-6260E4 Data
Sheet
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Helix TWT C-Band
Description:
400
Watt, 5.725 - 7.10 GHz, CW traveling wave tube,
periodic-permanent-magnet focused, coaxial input, waveguide
output, conduction cooled. Custom configurations are also
available. These variations in the performance and configuration
include: mechanical configuration, electrical and RF connections,
and dual-stage depressed collector.
VTC6264D4 Data
Sheet
VTC-6264D2C 5.85 - 7.1 400 W
VTC-6264D5C 5.725 - 5.825 400 W
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400 Watt Helix TWT C-Band
Description:
400
Watt, 5.725 - 7.10 GHz, CW traveling wave tube,
periodic-permanent-magnet focused, coaxial input, waveguide
output, conduction cooled. Custom configurations are also
available. These variations in the performance and configuration
include: mechanical configuration, electrical and RF connections,
and dual-stage depressed collector.
VTC-6361H1 Data
Sheet
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Helix TWT C-Band
Description:
2.25
kW CW Helix TWT Series, 5.85 to 6.425 GHz, periodic-permanent,
magnet focused, coaxial input, waveguide output, forced-air
cooled. Custom configurations are also available. These variations
in the performance and configuration include: mechanical
configuration, electrical and RF connections, and dual-stage
depressed collector.
VTC6369C2 Data
Sheet
VTC-6161H4 5.85 - 6.425 75 314 50 Conduction 18.0 x 3.0 x 2.3
VTC-6260E4 5.85 - 6.425 125 456 50 Conduction 18.0 x 3.0 x 2.3
VTC-6264D4 5.85 - 7.1 400 1150 49 Conduction 18.0 x 3.0 x 3.245
VTC-6265E1 5.85 - 6.65 400 1100 49 Conduction 18.0 x 3.0 x 3.5
VTC-6265M1 5.85 - 6.65 400 1100 49 Conduction 18.0 x 3.0 x 3.5
VTC-6265M1X 5.85 - 7.1 400 1100 49 Conduction 18.0 x 3.0 x 3.5
VTC-6265M3 5.85 - 7.1 200 800 42 Conduction 18.0 x 3.0 x 3.5 VTC-6265M6 5.725 - 6.525 400 1100 48 Conduction 18.0 x 3.0 x 3.5
VTC-6361A3 5.85 - 6.725 700 2050 40 Forced Air 19.05 x 5.0 x 5.86
VTC-6361B4 5.85 - 6.425 700 2456 50 Forced Air 21.5 x 5.5 x 5.46
VTC-6361D3A 5.85 - 7.1 750 2300 40 Forced Air 19.05 x 5.0 x 5.86
VTC-6361H1 5.85 - 6.425 400 1470 50 Forced Air 21.48 x 5.0 x 5.46
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Helix TWT C-Band
Description:
400
Watt, 5.725 - 7.10 GHz, CW traveling wave tube,
periodic-permanent-magnet focused, coaxial input, waveguide
output, conduction cooled. Custom configurations are also
available. These variations in the performance and configuration
include: mechanical configuration, electrical and RF connections,
and dual-stage depressed collector.
VTC6369D5 Data
Sheet
VTC-6362A5 5.85 - 6.65 750 2100 43 Conduction 20.02 x 4.0 x 3.80
VTC-6362A7 5.725 - 6.65 750 2100 43 Conduction 20.02 x 4.0 x 3.80
VTC-6362A8
5.85 - 7.1 750 2100 43 Conduction 20.02 x 4.0 x 3.80 VTC-6368L4 5.85 - 6.65 2250 (peak), 1200 (average) 4500 40 Forced Air 19.5 x 5.0 x 5.34VTC-6369C2
5.85 - 6.425 2250 6750 40 Forced Air 22.05 x 5.0 x 5.34
VTC-6369C6 5.85 - 6.725 2250 6750 44 Forced Air 22.05 x 5.0 x 5.34
VTC-6369C9 5.85 - 6.65 2250 6750 44 Forced Air 22.05 x 5.0 x 5.34
VTC-6369D3 5.85 - 6.65 2250 6750 44 Forced Air 22.05 x 5.0 x 5.34
VTC-6369D4 5.85 - 6.65 2250 6750 44 Forced Air 22.05 x 5.0 x 5.34
VTC-6369D5
5.85 - 6.725 2250 6750 44 Forced Air 22.05 x 5.0 x 5.34
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See: Hubs
and Controllers
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See: Motors
& Positioners
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750 W, X-Band Helix TWT
Description:
750
Watt, 7.9-8.4 GHz CW high efficiency traveling wave tube, coaxial
input, waveguide output, conduction cooled or air cooled. Custom
configurations are also available. These variations in the
performance and configuration include: mechanical configuration,
electrical and RF connections, and dual-stage depressed collector.
VTX6361P1 Data
Sheet
VTC-6362A4 7.9 - 8.4 750 2100 43 Conduction 20.02 x 4.0 x 3.8
VTX-6182C1 7.9 - 8.4 110 424 48 Conduction 17.125 x 3.00 x 2.50
VTX-6264A2 7.9 - 8.4 350 1295 50 Conduction 18.0 x 3.0 x 2.50
VTX-6264D2X
7.9 - 8.4 400 1100 50 Forced Air 18.97 x 3.0 x 3.05
VTX-6281A4 7.9 - 8.4 665 2765 45 Forced Air 21.5 x 5.0 x 5.46
VTX-6281H4 7.9 - 8.4 600 2614 45 Forced Air 21.5 x 5.0 x 5.46
VTX-6361F1 7.9 - 8.4 750 2300 40 Conduction 20.02 x 4.0 x 3.70
VTX-6361P1 7.9 - 8.4 750 2300 40 Forced Air 19.05 x 4.6 x 5.0
VTX-6368L8 7.9 - 8.4 2500 (peak), 1250 (average) - - Forced Air -
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3000 Watt X-Band Helix TWT
Description:
3
kW CW Helix TWT Series, 5.85 to 6.425 GHz, periodic-permanent,
magnet focused, coaxial input, waveguide output, forced-air
cooled. Custom configurations are also available. These variations
in the performance and configuration include: mechanical
configuration, electrical and RF connections, and dual-stage
depressed collector.
VTC6282F3 Data
Sheet
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X-Band
Helix TWT
Description:
2.5 kW, CW Helix TWT Series, 7.9 GHz to 8.4 GHz, Periodic-Permanent, Magnet Focused, Coaxial Input, Waveguide Output, and Forced Air Cooled.
Custom configurations are also available. These variations in the performance and configuration include: mechanical configuration, electrical and RF connections, & dual
stage depressed collector.
XHELIX850
Data
Sheet
VTX-6379E1 5.85 - 6.425, 7.9 - 8.4 1000, 2000 6750 42, 49 Forced Air 22.05 x 5.0 x 7.62
VTX-6381T1 5.85 - 6.425, 7.9 - 8.4 350 819 46, 55 Forced Air 21.5 x 5.0 x 5.46
VTX-6382F3 7.9 - 8.4 600 3000 40 Forced Air 22.05 x 4.6 x 5.84
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X-Band TWT
Description:
2.5 kW, CW Helix TWT Series, 7.9 GHz to 8.4 GHz, Periodic-Permanent, Magnet Focused, Coaxial Input, Waveguide Output, and Forced Air
Cooled. Custom configurations are also available. These variations in the
performance and configuration include: mechanical configuration, electrical and RF connections, & dual
stage depressed collector.
250CWHELIX
Data
Sheet
VTX-6385M1 7.9 - 8.4 400 1100 49 Forced Air 18.0 x 3.0 x 3.0
VTX-6389G4 7.9 - 8.4 2250 6750 49 Forced Air 22.05 x 5.0 x 5.34
VTX-6389G5 7.9 - 8.4 2500 7425 49 Forced Air 22.05 x 5.0 x 5.34
VTX-6389H2 7.9 - 8.4 900 3151 50 Forced Air 22.05 x 5.0 x 5.34
VTX-6389L3 7.9 - 8.4 1800 6750 44 Forced Air 22.05 x 5.0 x 5.34
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X-Band
Coupled Cavity TWT
Description:
The
VTX-5783G pulsed-coupled cavity TWT covers 9.35GHz to 10.1GHz with
50 kW peak output power, 1.0 % duty cycle. This device has a
non-intercepting grid pulsed and dual stage depressed collector to
achieve 49 dB gain. Custom configurations are also available.
These variations in the performance and configuration include:
cooling method (affects average power level), mechanical
configuration, electrical and RF connections, & single stage
depressed collector
VTX-5783G Data
Sheet
VTX-6383 10.1 - 10.7 15 Forced Liquid Solenoid
VTX-5681 9.5 - 10.5 120 35 Forced Liquid Solenoid
VTX-5682A 9.0 - 9.5 30 1 Forced Air PPM
VTX-5783A 8.6 - 9.5 40 1 Forced Air PPM
VTX-5783E 8.6 - 9.5 40 1 Forced Air PPM
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X-Band
WR90 Coupled Cavity TWT
Description:
The
VTX-5786J family of pulsed-coupled cavity TWTs covers 9.45 GHz to
9.95GHz the 5786J has 12 kW peak output power, 10.0 % duty cycle.
This device has a non-intercepting grid pulsed and dual stage
depressed collector to achieve 40 dB gain. Custom configurations
are also available. These variations in the performance and
configuration include: cooling method (affects average power
level), mechanical configuration, electrical and RF connections,
& single stage depressed collector
VTX-5786J Data
Sheet
VTX-5786D 8.6 - 9.5 25 1 Forced Air PPM
VTX-5786E 9.5 - 10.0 1 50 Forced Liquid PPM
VTX-5786K 8.4 - 9.0 15 6 Forced Liquid PPM
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S-Band
Pulsed Coupled Cavity TWT
Description:
The VTS-5753 pulsed-coupled cavity TWT covers 3.1 GHz to 3.5 GHz
with 170 kW peak output power, up to 16% duty cycle. This solenoid
focused device has a non-intercepting grid pulsed and single stage
depressed collector to achieve 46 dB gain. This device is capable
of parallel operation from a common HV power supply, phase
tracking is better than +/- 20 degrees. The long life CD coated
cathode is capable of pulse width to 1 millisecond.
VTS-5753 Data
Sheet
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S-Band
Pulsed Coupled Cavity TWT
Description:
The
VTS-5754A pulsed-coupled cavity TWT covers 2.9 GHz to 3.2 GHz with
160 kW peak output power, up to 8% duty cycle. This device has a
non-intercepting grid pulsed and single stage depressed collector
to achieve 48 dB gain. This device is capable of parallel
operation from a common HV power supply, phase tracking is better
than +/- 20 degrees. The long life CD coated cathode is capable of
pulse width to 200 micro seconds in this PPM focused TWT
VTS-5754A Data
Sheet
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S-Band
CPR284
Description:
The
VTS-5754F pulsed-coupled cavity TWT covers 3.1 GHz to 3.6 GHz with
160 kW peak output power, up to 8% duty cycle. This device has a
non-intercepting grid pulsed and single stage depressed collector
to achieve 48 dB gain. This device is capable of parallel
operation from a common HV power supply, phase tracking is better
than +/- 20 degrees. The long life CD coated cathode is capable of
pulse width to 200 micro seconds in this PPM focused TWT
VTS-5754F Data
Sheet
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CP284
S-Band Pulsed
Coupled Cavity TWT
Description:
The
VTS-5754G pulsed-coupled cavity TWT covers 2.7 GHz to 3.1 GHz with
160 kW peak output power, up to 6% duty cycle. This device has a
non-intercepting grid pulsed and single stage depressed collector
to achieve 48 dB gain. This device is capable of parallel
operation from a common HV power supply, phase tracking is better
than +/- 20 degrees. The long life CD coated cathode is capable of
pulse width to 200 micro seconds.
VTS-5754G Data
Sheet
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S-Band
CPR284 Pulsed Coupled Cavity TWT
Description:
The
VTS-5755 pulsed-coupled cavity TWT covers 2.7 GHz to 3.1 GHz with
60 kW peak output power, up to 2.4% duty cycle. This device has a
non-intercepting grid pulsed and single stage depressed collector
to achieve 50 dB gain. This device is capable of parallel
operation from a common HV power supply, phase tracking is better
than +/- 20 degrees. The long life CD coated cathode is capable of
pulse width to 50 micro seconds in this PPM focused, air cooled
TWT
VTS-5755 Data
Sheet
VTS-5754D 3.1 - 3.5 160 6 Water PPM
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X-Band
Pulsed-Coupled Cavity TWT
Description:
The VTX-5783B pulsed-coupled cavity TWT covers 8.9 GHz to 9.4 GHz with 50 kW peak output power,
2.5 % duty cycle. This device has a non-intercepting grid pulsed and single stage depressed collector to achieve
48 dB gain.
VTX-5783B Data
Sheet
VTX-5786B 8.6 - 9.5 12 2 Forced Air PPM
VTX-5786C 10.8 - 11.8 12 2 Forced Air PPM
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Inductive Output
Tubes (IOTs) - Klystrones-Wikipedia
Broadcast:
Scientific/Non-broadcast Applications - K2D110w - K275 -
Oscillators & Converters - Connectorized Waveguide Options -
Heat Sinks Pulsed Products - Millimeter Wave
-Transmit/Receive Modules and Subsystem - X-Band Transmit -
Receive (T-R) Subsystem - 9.5-10 GHz Transmit - Receive (T-R)
Module
Klystrone - SSPA - TWTA - HPAs
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KlyStrode
Density Modulated Amplifier
Description:
The klystrode
is a relatively new type of RF source that has demonstrated
DC-to-RF conversion. A relatively new device called the klystrode
to be used in UHF-band TV-system transmitters The Klystrode-An
Unusual Transmitting Tube with Potential for UHF-TV Borrowed from
gridded-tube technology and a klystron-like output cavity. It is a
density-modulated amplifier.
KlystrodeDMA
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Klystron
Velocity-Modulated Tube
Description:
The klystrode
is a relatively new type of RF source that has demonstrated
DC-to-RF conversion. A relatively new device called the klystrode
to be used in UHF-band TV-system transmitters The Klystrode-An
Unusual Transmitting Tube with Potential for UHF-TV Borrowed from girded-tube technology and a klystron-like output cavity. It is a
density-modulated amplifier.
KlystronVMT
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Power Couplers-Wikipedia
Power Couplers -
Power couplers provide the vacuum and thermal interface between the evacuated superconducting cavity, which is typically kept at 4 K, and the room temperature waveguide components. Power couplers transmit microwaves generated by the high-power microwave source, typically a klystron. Power couplers must be extraordinarily clean and reliable to ensure that they meet the stringent requirements of superconducting accelerators.
Superconducting
Cavity - High Power Microwave - Vacuum Thermal
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Description:
Power couplers are manufactured to its customer’s specifications using processes which are standard to
the electron device industry, as well as processes which are specific to power couplers.
CPIXFEL2 Data
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Description: CPI BMD is currently manufacturing 300 power couplers for
the XFEL and LCLS-II accelerators and has built up the necessary infrastructure for fabrication and assembly at
rates necessary to support these programs.
CPIXFEL2 Data
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Crossed-Field
Amplifier - CFA-Wikipedia
Crossed-Field Amplifiers (CFAs) are broadband, phase-stable microwave amplifiers used in coherent radar chains to efficiently generate very high peak output powers from relatively low input voltages which can be either applied to the cathode or an electrode similar to a TWTs cathode or grid pulsing, and in relatively small, lightweight packages
Anode - Cold
Cathode - Water Cooled Anode - Pulsed Anode
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X-Band 900 kW Crossed-Field Amplifier
Description:
Frequency 8.9 – 9.5 GHz. Peak Power Output 900 kW. Duty Cycle .001. Anode Voltage 38 kV. Anode Current 60 amps. Pulse width 0.83 microseconds. Heater 10 volts @ 20 amps.
Liquid cooled anode.
SFD233 Data
Sheet
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X-Band 500 kW Crossed-Field Amplifier
Description:
Frequency: 9.5 - 10.0 GHz. Peak Power: 500 kW. Duty Cycle: 0.001.
Pulse width: 0.5 μSec. Anode voltage 34 kV. Cold cathode. Water cooled anode.
SFD251 Data
Sheet
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C-Band 500 kW Crossed-Field Amplifier
Description:
Frequency: 5.4 - 5.9 GHz. Peak Power: 500 kW. Duty Cycle: 0.0025.
Pulse width: 3.5 Sec. Node voltage 27 kV. Cold cathode. Water cooled.
VXC1606 Data
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C-Band 900 W Crossed-Field Amplifier
Description:
Frequency: 5.4 - 5.9 GHz. Peak Power: 900 kW. Duty Cycle: 0.005.
Pulse width: 50 μSec. Anode voltage 30 kV. Cold cathode. Water cooled.
VXC1659 Data
Sheet
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L-Band 90
kW Crossed-Field Amplifier
Description:
Frequency 1.25 – 1.35 GHz. Peak Power Output 90 kW. Duty Cycle .032. Anode Voltage 11kV. Anode Current 25 amps. Pulse width 40 microseconds. Cold cathode. Water cooled anode.
VXL1169 Data
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S-Band 220 kW Crossed-Field Amplifier
Description:
Frequency: 3.1 - 3.5
GHz. Peak Power: 220 kW. Duty Cycle: 0.02. Pulse width: 50 μSec. Anode
voltage 16 kV. Anode current 36 A.
VXS1925 Data
Sheet
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IF Line Amplifier-Wikipedia
In-Liine NB amp RF Decks -
Standalone RF amplifier decks (i.e., without a power supply) can be provided.
The RF chain is completely configured to your requirements.
Connector or Wavegide
LNB Amp - LNA
Amplifier - IF Power Stack Combiner
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LNB
Amplifier
Description: 950-2400
MHz InLine Amp 20db Gain Full Solder back in-line satellite
amplifier is designed to be connected between a satellite dish and
a receiver. Used to boost a signal over a long cable run. The LNB
switching voltage is used to power the amplifier. The gain is 20dB
LA-9520
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950-2400
Sloped
Description: Designed
for in-line boosting of satellite signal 950-2400 Mhz
Powered by 13 - 18 VDC through coax Sloped Gain 16 - 20 DB for
long cable run
LA-9520S
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Eagle Aspen In-Line Satellite Amplifier 20dB
Description: The Eagle Aspen 20dB in-line satellite amplifier is used to strengthen your incoming satellite signal. This device is ideal in installations that feature long cable runs (100+ feet) and where multiple splitters are used. This antenna amplifier is installed from the receiver to the dish. Solid Signal is your source for this Eagle Aspen 2150 MHz in-line antenna amplifier.
SA-2050 Data
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WBA125F
Description:
Power Hubs and In-Line Amplifiers call today and get latest
pricing. Block Up Converter RF output power VSAT transceivers are
based on a compact L-Band IF input Block Up Converter (BUC).
WBA125F
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Aska
20 dB In-Line 950-2400 MHz DC Passive
Description:
This is a high quality
I.F. 950-2050 MHz line amplifier with up to 20dB gain at 1450MHz.
This amplifier is DC passive. For long satellite cable runs. No
need for separate power supply.
ASKA202150 Data
Sheet
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Pico Digital 20dB
40-2150 MHz
Description: 950-2150
MHz In-Line Amp 20db Gain Full Solder back in-line satellite
amplifier is designed to be connected between a satellite dish and
a receiver. Used to boost a signal over a long cable run. The LNB
switching voltage is used to power the amplifier. The gain is 20dB.
LA2150a Data
Sheet
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Spaun USA
WBA-425F 4-Way Wide Band Amplifier
Description: DirecTV 5 LNB dish compatible a great solution for long cable runs throughout an installation. Frequency Ranges: 5 dB---2200 MHz 4 input/ 4 output Amplification to compensate for runs up to 250 feet of RG6 coaxial cable Can be used before or after a multiswitch Line powered or through a remote power supply.
WBA-425F
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SPAUN 28dB Satellite
In-Line Amplifier
Description:
PF or long cable runs between the satellite dish and the receiver, this amplifier will boost the signal a full 28dB. Compensates for line loss.
XSPAUN-28A
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5502NF
- SBK
5502 NF
6-In Cascade Amplifier
Description: DirecTV
New Slim Line 1 Coax cable. Return path compatible 1 wire Off-air
distribution using push-pull technology Power for one Slope
controlled Level adjusters call
X5502NF
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3203NF
- SBK 3203
NF
1+In Cascade Amplifier
Description: Adjustable
VHF amplifier. Slim Line 1 Coax cable. Return path compatible 1
wire Adjustable Satellite amplifiers. Supports up to two.
X3203NF
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Sonora 54 to 2400 MHz One Coax Line Amplifier
Description: Indoor / Outdoor 54 to 2400 MHz DBS line powered amplifier with forward gain and subband 2 to 40 MHz passive return. This product is a universal coaxial amplifier. The amplifier works with
ATSC, CATV, DBS & SWM. Includes passive 2 to 40 MHz sub-band return.
LA281R
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Sonora Coax Line Amplifier
Description: Indoor / Outdoor 54 to 2400 MHz DBS line
powered. Indoor / Outdoor 54 to 2400 MHz DBS line powered amplifier with forward gain and
sub band 2 to 40 MHz passive return. This product is a universal coaxial amplifier. The amplifier works with
ATSC, CATV, DBS & SWM. Includes passive 2 to 40 MHz sub-band return.
LA281R T24 Data
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Sonora SWM Extension Line Amplifier
Description: Model LA281R boosts cable and DBS signal levels off setting the loss of 300 feet of RG-6 while passing data modem and receiver control signals from the receiver to the switch.
LA281RT Data
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Sonora Design 950 to 2150 MHz 2-Port Trunk Amplifier
Description: SDTA282-T dual trunk amplifiers power dual LNBs and amplify dual 950 to 2150 MHz DBS signals for distribution in a coaxial cable system.
SD TA882-T Data
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Sonora DBS Ka/Ku Auto-Gain Amplifier with -5 dBm
Description: Model PAL5-T amplifiers increase DBS Ka/Ku signal levels using automatic gain control. PAL5 is the mid-power unit with a -5 dBm per transponder output over a -25 to -45 dBm input.
PAL5-T Data
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Sonora Three Coax Satellite Hub Amplifier
Description: One RU Rack Mount, three DBS inputs, eight sets auto gain outputs @ -35
dBm, with Power Supply.
RK1S3X8 Data
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Sonora DBS
Ka/Ku Auto-Gain Cascade Amp w/ Selectable-10 or -5 dBm/CH
DBS Ka/Ku Auto-Gain Amplifier with Selectable -1 dBm or -5
dBm/CH
PAL10-T Data
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PAL1-T
Data
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Sonora DBS 14 dB Gain Dual Line Ka/Ku Amplifier
DBS 14 dB Gain Single Ka/Ku Line Amplifier
LA141a
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LA142a Data
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Rack Mount
"IF" LNB power Amplifier
Description: We
have a very large selection of commercial rack mountable
satellite amplifiers and LNB LNA distribution systems. Please call
with any questions you may have. Commercial
Rack mount in line IF amp 5-2150 MHz 5-2150 MHz Quad
2RU Amplifier w/ Adjustable Gain. AMP 2150/4 20+db
Ask
about custom satellite amplifiers
Up to 16x2 Rack Mountable Amplifier
up to 16x4 Rack Mountable Power Inserter / Active splitter
Description: LNA, LNB, and LNBF power
supplies and Amplifiers rack mountable, In-line Dish LNB IF amplifier.
AMP21504FA000 line amplifier provides variable gain to optimize
the signal path through long coaxial cable runs and distribution
networks. The unit is powered via the output"F"
connector and will pass DC for LNB power. The unit also passes a
10 MHz Reference and a 22 KHz tone. Call Today !!!
LNBRMAMP
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See: Satellite
/ Parabolic Amps
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See: LNB
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Range of products:
Pulsed Products - Military Satcom - Ring-Loop - Block Upconverters
- Inductive Output Tubes-Wikipedia (IOTs) - Ring-Loop TWTs - Multi Pulsed
Products - Minis - Couplers - CW Oscillators - Pulsed Oscillators
Coupled
Cavity - RF Decks - Power Couplers-Wikipedia - Inductive Output Tubes (IOTs) -
Klystrodes - . K2D110w - K27 - millimeter wave - Power Couplers -
oscillator power-amplifier systems - redundant or combined systems. -
coherent radar chains - cathode or an electrode - multi-stage
depressed collector - Millimeter Wave - Gyrotrons-Wikipedia
Oscillators-Wikipedia
- Klystrons - Coupled Cavity-Wikipedia Fully qualified to MIL-E-5400
environment.
Range of manufactures: Acorde - Advantech - Agilis - Alga - AnaCom - Aqyr - Atlantic Satellite Corp - AvL Technologies - Ayecka - Belcom - CPI - China Starwin - Cobham - Comtech EF Data -
C-Com Satellite Systems - DataPath - Datum Systems - Foxcom - GD Satcom - Idirect -
Intellian - Mitec - NJRC - Newtec - Norsat - Novelsat - ORBIT Communication Systems -
Sage SatCom - Satellite Systems Corp - Sat-Lite - Skyware Global - Teledyne Paradise Datacom - Terrasat - Xicom
Used in mobile and fixed satcom uplink applications.
Instrumentation. various ground-based, shipboard and airborne applications
Military and commercial radars
- Electronic warfare systems - Radar subsystems - Radar retrofit / upgrade programs
- Scientific and industrial accelerator applications. Broadcast - Non-broadcast
Applications.
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