Mil Std 461 CS116


MIG2000-6 CS115 CS116 - Military Conducted Susceptibility Test Generator per Mil Std 461

EMC Partner Military Conducted Susceptibility Test Generator for MIL STD 461 CS 115, CS 116, including plug-ins and injection probes.  


Mil Std 461 CS116 Accessory Package - Solar 9335-2, Solar 9123-1 Injection Probes, Calibration Fixtures, attenuators and monitoring probe

The SolarCS116 accessory package is a complete accessory package for CS115 and CS116 testing with the Solar Electronics 9354-2 including calibration fixtures and attenuators. High power transient generators with source impedances from 0.25 Ω to 50 Ω can use this probe to deliver high peak voltage or high current pulses into the wires or cables passing through the window of the device.

The unique winding arrangement of this impedance matching probe provides step-up or step-down ratios with respect to either: 1) the source impedance of the connected generator, when used for injection, or 2) the load impedance of the connected receiver, when used for reception. This results in maximum power transfer into or out of the transformer winding formed by the cable bundle passing through the window.


A Solar 9354-2 - Transients for Mil Std 461 CS116 and DO 160 sec 22

Solar Electronics 9354 was specially designed universal transient generator for Mil Std 461 CS 116, DO160 sec22.  Performs 6 wave forms the 10kHz, 10kHz, 1Mhz, 10Mhz, 30Mhz, and 100Mhz damped oscillatory waveforms to 3200V, and 3 double exponential waveforms. Auto pulsing of the sinusoidal repetition rate is internally adjusted from 0.5 to 1.0 pulse per second. A front panel-mounted pushbutton can be used to manually trigger single pulses. The peak amplitude of the selected output pulse is adjustable as a percentage of the charge voltage.

Solar LISN 9233 - Solar Line Impedance Stabilization Network - 50 uH

The Solar LISN9233 uses a series inductor between the test sample and the power source to provide the impedance-versus-frequency characteristic. A coaxial connector with DC isolation is provided for connection to the associated frequency selective EMI meter. The nylon insulated pin plug-and-jack arrangement is a safety feature, well isolated from inadvertent short circuits, providing protection to operating personnel.