Downloads

  1. RF Power Amplifier for EMC Compliance Testing: 2500S1G2z5 Datasheet
    4/17/2015

    The 2500S1G2z5 is a broadband, air-cooled, self-contained, solid state amplifier providing a minimum of 2500 watts of RF power and covers the 1-2.5 GHz frequency range.

  2. RF Power Amplifier for EMC Compliance Testing: 2500S1G2z5
    4/17/2015

    The 2500S1G2z5 is a broadband amplifier designed for EMC compliance testing for medical devices. When used with a sweep generator, this air-cooled, self-contained, solid state amplifier will provide a minimum of 2500 watts of RF power and covers the 1-2.5 GHz frequency range.

  3. RF Power Amplifier for EMC Compliance Testing: 2000S1G2z5 Datasheet
    4/17/2015

    The 2000S1G2z5 is a broadband, air-cooled, self-contained, solid state amplifier providing a minimum of 2000 watts of RF power and covers the 1-2.5 GHz frequency range.

  4. RF Power Amplifier for EMC Compliance Testing: 2000S1G2z5
    4/17/2015

    The 2000S1G2z5 is a broadband amplifier designed for EMC compliance testing for medical devices. When used with a sweep generator, this air-cooled, self-contained, solid state amplifier will provide a minimum of 2000 watts of RF power and covers the 1-2.5 GHz frequency range.

  5. RF Power Amplifier for EMC Compliance Testing: 100W1000C Datasheet
    4/17/2015

    The 100W1000C is a broadband, air-cooled, self-contained, solid state amplifier providing a minimum of 100 watts of RF power and covers the 1-1000 MHz frequency range.

  6. RF Power Amplifier for EMC Compliance Testing: 100W1000C
    4/17/2015

    The 100W1000C is a broadband amplifier designed for EMC compliance testing for medical devices. When used with a sweep generator, this air-cooled, self-contained, solid state amplifier will provide a minimum of 100 watts of RF power and covers the 1-1000 MHz frequency range.

  7. High-Resolution Measurements With R&S Oscilloscopes
    4/17/2015

    The introduction of high-resolution oscilloscopes is the responds to the increased necessity for more in-depth signal analysis in particular in A&D, automotive, medical and power analysis applications where it is often required to view signals with both large and small voltage details. Characterizing Switched Mode Power Supplies (SMPS) is one example. To perform accurate power measurements the oscilloscope must ac-quire the voltage during the off and on times within the same waveform. This requires more dynamic range than the typical 8 bit resolution can provide, since the voltage difference can be several hundreds of volts. Another example is the analysis of amplitude modulated RF signals with a small modulation index, which are found in radar applications.

  8. Blocking RF Switch Matrix
    4/16/2015

    A blocking RF switch matrix can achieve high levels of isolation and lower levels of insertion loss because of their internal switches (which exhibit high isolation and low loss characteristics). They’re the simplest type of available RF switch matrix configurations.

  9. 2500-2570 MHz Variable Gain Amplifier: SKY65376-11
    4/16/2015

    The SKY65376-11 is a low noise, variable gain amplifier ideal for LTE and WCDMA infrastructure applications, as well as low noise, high linearity systems.

  10. 1.92-1.98 GHz Variable Gain Amplifier: SKY65375-11
    4/16/2015

    The SKY65375-11 is a low noise, variable gain amplifier ideal for LTE and WCDMA infrastructure applications, as well as low noise, high linearity systems.

Newsletter Signup
Newsletter Signup
Get the latest RF/microwave industry news, insights, and analysis delivered to your inbox.
Join your peers
By clicking Sign Me Up, you agree to our Terms and that you have read our Privacy Policy.