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MITEQ is a recognized leader in the advanced development of RF and microwave products, multifunction assemblies and Satellite Communication Systems for both military and commercial applications. The following new products are a result of our ongoing innovative engineering and design efforts. MITEQs newest literature is available here.
In The News...
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Instrumentation Desktop Amplifier
MITEQ’s latest offering in its instrumentation amplifier series, Models NSP2000-NVG, NSP4000-NVG and NSP4000-NFG, are now available with a frequency range from 0.1-40 GHz. Fixed or digitally controlled variable gain models are available. The variable gain models offer a digital control range of up to 15 dB with a step size of 1 dB.
The amplifiers include a built-in CE approved power supply and cooling fans. Options include various frequency bandwidths, gain, noise figure and power outputs. They can also be made with an input limiter, DC block and temperature compensation. In addition, various connector types are available. The unit is also available as RoHS compliant.
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New
Instrumentation Desktop Amplifier

May 2009
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Ka-Band Power Amplifier Module
MITEQ Inc. introduces a new addition to its family of broadband high power amplifiers, Model AMF-8F-27003150-55-30P. This compact amplifier is a connectorized high power gain module, covering SATCOM bands 27 to 31.5 GHz and delivering approximately 1W of power. High thermal performance housing is 0.37” (9.3 mm) high, 1” (25.5 mm) long (without connectors) and 0.83” (21 mm) wide (without the DC pins). Total length including the field-replaceable 2.92 mm K-connectors is 1.76” exactly.
Nominal small-signal gain of the amplifier is 35 dB minimum, ±1.5 dB, while noise figure is close to 4.5 dB typical. Port VSWRs are less than 2.3:1. Minimum P1dB is 30 dBm. Output IP3 is a minimum of 33 dBm and a typical of 37 dBm across the full band.
It is intended for bolting to a flat cooling surface. Housing can be hermetically or environmentally sealed.
Regulation and bias sequencing is internal, so only a single +10 to +15V supply is required. Typical current draw is near 1.2A linear and about 1.7A at full power. Operational from –40 to +85°C base plate temperature, with about 1 dB degradation in power and gain.
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New
Ka-Band Power Amplifier Module

May 2009
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Ka-Band Outdoor LNA
The AMFW-8F-17702130-120-23P-WP is a very low noise, high dynamic range Ka-band waveguide front end. Isolator protected at both the pressure-sealed WR-42 waveguide input and K(F) connector output, the low-noise amplifier is lightweight and has a small profile and footprint. The aluminum alloy housing is environmentally sealed and also fully EMI shielded. LNA includes reverse voltage, over current and over temperature protection in addition to full internal regulation. Total weight is approximately 800 grams, and dimensions are 156mm x 70mm x 51mm.
The AMFW-8F-17702130-120-23P-WP has a typical noise temperature of 110°K, with a maximum of 120°K, and it is capable of a minimum of 23 dBm of P1dB across the full band, 17.7 to 21.3 GHz. Output IP3 is 33 dBm minimum.
Input and output port VSWR is a maximum of 1.25:1 and 1.5:1 respectively. Small-signal gain is 62dB and flatness is 2dB peak-to-peak maximum. Maximum ripple is 0.2 dB/40 MHz within the whole band. Gain variation with temperature is less than 0.08 dB/°C. Gain is stable too less than 0.4 dB/Month. Total group delay is constant to less than 1 nsec over the full band. Current draw is nominally 400 mA from a single +12V to 24V supply. Other voltage ranges and alarm options are available. Operating temperature –40 to +70°C case.
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New
Ka-Band Outdoor LNA

May 2009
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2W Millimeter-Wave Power Amplifier
MITEQ introduces a new addition to its family of high frequency, high power amplifiers. Model AMF-5B-33003500-80-32P is a connectorized high power amplifier/module, covering 33-35 GHz and delivering approximately 2.5W of saturated power and 2W of P1dB over a 2 GHz band. The connectorized Aluminum alloy housing is 19 mm high, 76 mm long and 89 mm wide. Connectors are female, K-type. It is intended for bolting to a flat cooling surface.
Nominal small-signal gain is over 50 dB. Noise figure is nominally 6 dB. Output VWSR is a maximum of 2.3:1 and input is 2:1 maximum. Output P1dB is 32 dBm minimum and 33 dBm typical. Current draw is nominally 2.2A at P1dB. This module has an internal regulator and operates from a single 12-15V and it also has reverse and thermal protection. A TTL pin gives control over bias turn on/off. Operating temperature range is -40° to +55°C base plate.
This power amplifier can be supplied on a custom heatsink if required.
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New
2W Millimeter-Wave Power Amplifier

February 2009
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High Performance Cost-Effective LCN Amplifier Series
MITEQ’s new cost-effective high performance LCN amplifier Series are now available in frequency ranges from 1 - 2, 2 - 4, 4 - 8, 8 - 12, 12 - 18, 6 - 18, 2 - 18 GHz.
The LCN Series Features Include:
- Single unit pricing starting at $325.00 (USD)
- Excellent Noise Figures
- Available from stock
- Industry standard hermetic housings
- Removable SMA connectors
- Drop in compatibility
- RoHS compliant
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New
Amplifier Series

December 2008

LCN Series
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Ka-band Waveguide Front End - Amplifier
MITEQ Inc. introduces a new addition to its family of waveguide LNAs. The AMFW-8F-17702130-120-23P is a very low noise, high dynamic range Ka-band waveguide front end. Isolator protected at both the WR-42 waveguide input and SMA(F) connector output, the low-noise amplifier is very lightweight and has an extremely small profile and footprint. The aluminum alloy housing is environmentally sealed and comes with a mounting plate. EMI shield and weather-resistant packaging options are available. LNA includes reverse voltage, over current and over temperature protection in addition to full internal regulation.
The AMFW-8F-17702130-120-23P has a typical noise temperature of 100K, with a maximum of 120K, and it is capable of a minimum 23 dBm of P1dB across the full band, 17.7 GHz to 21.3 GHz. Output IP3 is 33 dBm minimum.
Input and output port VSWR is a maximum of 1.25:1 and 1.5:1 respectively. Small-signal gain is 62 dB and flatness is 2 dB peak-to-peak maximum. Maximum ripple is 0.2 dB/40 MHz within the whole band. Gain variation with temperature is less than 0.08 dB/°C. Gain is stable to less than 0.4 dB/Month. Total group delay is constant to less than 1 nsec over the full band.
Current draw is nominally 400 mA from +10V supply and a –5V supply is also required. Operating temperature is –40 to +70°C case. Unit is available as RoHS compliant, please contact MITEQ.
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New Product

October 2008
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MAX Series Frequency Doubler
MITEQ introduces its new Frequency Doubler, Model MAX2M0714N01U, which produces an output of +23 dBm from 13,500 to 14,500 MHz with an input harmonic rejection of –20 dBc typical. This doubler requires an input power of 10 dBm typical, +15 VDC at 350 mA and –15 VDC at 10 mA. It is supplied with type “K” female connectors. The MAX2M0714N01U measures 0.90” x 0.69” x 0.23” without connectors.
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Search For Additional Multipliers
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New MAX
Frequency Doubler

January 2009 |
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SYS Series Frequency Doubler
MITEQ introduces its new Frequency Doubler, Model SYS2X1428N01U, which produces a doubled output of +29 dBm from 27,500 to 28,500 MHz with an input harmonic rejection of –20 dBc typical. This doubler requires an input level of 10 dBm typical, +15 VDC at 740 mA and –15 VDC at 10 mA. It is supplied with type “K” female connectors. Model SYS2X1428N01U measures 1.29” x 1.20” x 0.27” without connectors.
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New SYS
Frequency Doubler

January 2009 |
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VME Based Receiver
MITEQ would like to introduce its’ VME Based Receiver, Model SYS1000N01U. The architecture is a multi-stage superhetrodyne design that will translate an X-band signal with the frequency excursion of 1,000 MHz to an IF center frequency of 70 MHz with an instantaneous bandwidth of 20 MHz. The receive functionality includes automatic gain control (AGC) attenuator with analog sampling, channel gain balance attenuator, channel phase balance phase shifter, signal injection point, peak detected signals (available VME interface) and RF signal monitoring points. The receiver is fabricated into a three-slot wide VME module. Control of the receive components is done using standard VME-64 bus protocols.
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VME Receiver 
September 2008 |
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New SATCOM Products: April 2009 |
MCL’s MT2500 Outdoor TWT Amplifier is now available as a low-power, cost-effective, rugged and reliable solution that will meet any X-band satellite uplinking requirement. Weighing less than 33 lbs., the MT2500 TWTA is available for X-band applications (7.9-8.4 GHz) at 200 Watts (tube output power).
The MT2500 is designed to meet MIL-188-164A, and features extensive diagnostic capabilities, along with a continuously variable attenuator adjustment and Remote Control and Status Interface. This compact TWTA can also be customized to include such options as an Input L-band block upconverter, external block downconverter, linearizer, ethernet interface, or +60°C operating temperature. Redundant configurations are also available.
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MT2500 Outdoor TWTA X-Band, Amplifier |
New SATCOM Products: March 2009 |
Introducing MITEQ’s new medium power X-band Rack-Mount Solid State Power Amplifier (SSPA) and Transmitter systems. The new PA-R Model series is an SSPA rack-mounted system designed using a modular approach to provide flexible solutions to meet a variety of applications. This approach allows for simple redundant configurations, as well as higher-power phase combined configurations.
These SSPA systems provide for over-temperature, over-current and high output VSWR safety protection. Status and control is achieved via the remote RS422/485 bus or Ethernet interface port. An event log is continuously updated with time-stamped records of significant events.
MITEQ offers solid-state power amplifiers in C- and Ku-bands, as well as antenna-mount outdoor configurations.
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X-Band, Rack Mount Solid State Power Amplifier and Transmitter |
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MITEQ introduces a new medium power X-band Antenna-Mount Solid State Power Amplifier (SSPA) and Transmitter product line. The PA-H Model series was designed for outdoor SSPA applications required for satellite uplink applications.
These ruggedized antenna-mount SSPA systems were built and tested to meet the rigorous requirements of extreme outdoor environmental conditions. The systems incorporate amplifier modules engineered using state-of-the-art GaAs FET technology, a high efficiency power supply and a microprocessor-based monitor and control system.
The systems provide for over-temperature, over-current and high output VSWR safety protection. Status and control is achieved via the remote RS422/485 bus or Ethernet interface port. An event log is continuously updated with time-stamped records of significant events.
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X-Band, Antenna Mount Solid State Power Amplifier and Transmitter |
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