Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 85046A #183191 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 85046A is an electromagnetic (EM) probe for use in probing and debugging high frequency, high power circuits. The probe is designed to provide broadband transmission line measurements on board and off board networks from DC to 20 GHz. It features a wide bandwidth that allows for excellent accuracy with both resistive and capacitively loaded circuits. This versatile, high-performance probe is designed with a built-in 25 dB step attenuator that enables the user to select the correct gain level for accurate results. Also included is an integrated probe connection and placement guide for easy identification of test node connections. Additionally, the probe has an effectively flat response between DC and 20 GHz and attenuation values that are consistent throughout the operating range. The probe has a unique low capacitance, low inductance and wide bandwidth design that ensures minimal signal distortion. This probe is an essential tool in testing and debugging high frequency, high power communication networks, wireless systems and RF circuits. It offers excellent traceability, repeatability and accuracy in high power tests. The probe is temperature compensated and features an oscilloscope-friendly input configuration, thus allowing for fast and accurate measurement with minimal setup and calibration. As a result, this versatile, high-performance probe translates accurate signals to the oscilloscope for better and more efficient probing and debugging. HP 85046A is a well-suited EM probe suitable for a broad range of applications such as board to board, through-hole and surface mount devices, antennas, connectors and all types of transmission lines. With its wide bandwidth and high frequency limits, this probe will provide reliable results in any type of EM measurement. The built-in step attenuator and integrated probe connection and placement guide make this probe an ideal choice for all your high-frequency applications.