Downloads

  1. CPI Receivers Brochure
    2/9/2016

    CPI Beverly Microwave Division is experienced in manufacturing a wide variety of receivers with operation in the L, S, C, X, Ku, and Ka-bands. The devices have low noise figures, linearized RF attenuation, and fast recovery times.This brochure provides an overview of CPI’s receivers.

  2. Clock Oscillators: M2702 Series Datasheet
    2/9/2016

    The M2702 series of clock oscillators are designed with PLL technology and design structure, offering the advantage of programming to any frequency without compromising the performance. With CMOS output, and 3.3 V or 2.5 V of power, these oscillators are ideal for 10G reference, NIC card, Ethernet, and test and measurement applications. 

  3. Clock Oscillators: M2700 Series Datasheet
    2/9/2016

    The M2700 series of clock oscillators are designed with PLL technology and design structure, offering the advantage of programming to any frequency without compromising the performance. With CMOS output, and 3.3 V or 2.5 V of power, these oscillators are ideal for base station controllers, Ethernet, and test and measurement applications.

  4. Clock Oscillators: M2700 And M2702 Series
    2/9/2016

    MtronPTI offers the new M2700 and M2702 Series Clock Oscillators designed with PLL design structure and technology, offering the advantage of programming to any frequency without compromising the performance. These oscillators also feature outstanding performance and stability over the entire temperature range.

  5. 2-6 GHz Solid State Power Amplifier: PTS6900 Datasheet
    2/8/2016

    The PTS6900 Solid State Power Amplifier (SSPA) is a low band CW amplifier operating within the 2 to 6 GHz frequency range ideally used for EW/ECM applications. The module incorporates a fast RF mute capability that enables RF output to be muted in less than 1 µs, a built-in test capability used to monitor the internal DC to DC converters and baseplate over-temperature, and an internal EMC filter on the 28 V input for full compliance with EMC requirements.

  6. 2-6 GHz Solid State Power Amplifier: PTS6900
    2/8/2016

    The new PTS6900 Solid State Power Amplifier (SSPA) from TMD is a low band CW amplifier operating within the 2 to 6 GHz frequency range, with nominal output power of 150 W, and 55 dB of gain. Utilizing the latest advances in 0.25 µm GaN MMIC technology and low loss power combiners, this amplifier is ideally used for EW/ECM applications.

  7. High Linearity Gain Blocks: GRF2013 Datasheet
    2/8/2016

    The GRF2013 high linearity gain block features a combination of simple-application schematics, flat gain, and high compressed output power with operation in the 0.5 to 2.7 GHz frequency range. Other features include gain of 17.5 dB at 2.5 GHz, an outstanding broadband noise figure, linearity, and return loss.

  8. High Linearity Gain Blocks: GRF2012 Datasheet
    2/8/2016

    The GRF2012 high linearity gain block features a combination of simple-application schematics, flat gain, and high compressed output power with operation in the 0.2 to 4.0 GHz frequency range. Other features include gain of 13.5 dB at 2.5 GHz, an outstanding broadband noise figure, linearity, and return loss.

  9. High Linearity Gain Block Amplifiers With Broadband Compressed Output Power
    2/8/2016

    Guerrilla RF Inc. offers two new models of high linearity gain block amplifiers featuring a combination of simple-application schematics, flat gain, and high compressed output power with operation in the DC to 4 GHz frequency range. The GRF2012 and GRF 2013 models include flexible biasing for high levels of re-use within single designs, and across multiple platforms. They are ideally used as cost-effective pre-drivers for broadband GaN high power amplifiers, and for many other general purpose, high performance gain block applications.

  10. Identifying And Locating Cable TV Interference
    2/5/2016

    This white paper discusses locating and identifying interference signals for cable television, and offers recommendations on how to fix this problem.