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  • Signal Integrity- Frequency Range Matters! White Paper
    Higher data rates introduce new challenges for test solutions. This white paper discusses the importance of both high and low frequency test limits and also their impact on your time domain results.
  • Generating Frequency Chirp Signals to Test Radar Systems (.pdf)
    Radar systems frequently use pulse modulated signals which may also incorporate a linear frequency sweep (chirp) or frequency hopping to enhance the performance of the system. The 3410 series digital RF signal generators can be used to simulate these signals when testing the receiver and amplifier
  • Frequency Response Plots That Pinpoint Problems
    reaches satisfactory performance. A quick frequency response test shows a resonant peak at 685 Hz. This happens with no motor coupling or similar normal sources of mechanical resonance. The mechanical resonance comes from the mass resonating with the motor-shaft deflection. Filtering this peak out
  • IQC Brake Test System
    The IQC Brake Rotor/Drum Test system is designed for. 100% Resonance Frequency Inspection. Brake Rotors/. Drums are required to pass a series of tests to validate. that the modal parameters of a rotor/drum are within. product specifications. The Signalysis IQC System. brings traditional NVH
  • Improving Measurement Accuracy for High Frequency RF Connectors
    Improving the accuracy of your microwave test and measurement equipment becomes increasingly important when high frequency devices are used in the transmission paths of radio, cellular, satellite and digital communications. This discussion helps to solve problems with measurement errors during
  • Dynamic Testing Characterizes Frequency Dependence of Liver Tissue
    testing of normal and ablated tissue was investigated as a means of determining the frequency dependence of liver. Researchers at the University of Rochester (NY) utilized an ElectroForce (R) 3200 test instrument to perform uniaxial, unconfi ned cyclic compression testing. The test system is rated
  • Medical Device Link . Protecting Devices from Radio-Frequency Transmitters New EMC guidelines will help engineers test and manage electromagnetic interference from nearby transmitters.
    the tests, are: ANSI C63.18, "Recommended Practice for an On-Site, Test Method for Estimating Radiated Electromagnetic Immunity of Medical Devices to Specific Radio-Frequency Transmitters," and AAMI technical information report (TIR) 18, "Guidance on Electromagnetic Compatibility of Medical Devices
  • Microwave or RF Amplifier Test Setup (.pdf)
    The sweeper generates a microwave frequency of 1.0 to 26.5 GHz with a leveled power output of up to +10 dBm. The power goes through the coupler to the Amplifier Under Test. 20 dB of the power is coupled to a Krytar Power Meter.
  • Improving Measurement Accuracy for High Frequency RF Connectors (.pdf)
    Improving the accuracy of your microwave test and measurement equipment becomes increasingly important when high frequency devices are used in the transmission paths of radio, cellular, satellite and digital communications. This discussion helps to solve problems with measurement errors during
  • Using Noise for RF Receiver Built-In Test Applications
    Microwave thermal noise has long been employed for built-in test (BIT) of receivers and radiometers. Today's compact solid-state noise sources are broadband and extremely stable making them very useful signal sources for a variety of tests. What is not commonly known is how many different types