High Frequency Surge Test (Burst Waveform) SWCS-931SD

Damped Oscillatory Wave Simulator (SWCS) High Frequency Surge Test (Burst Waveform) SWCS-931SD

A damped oscillatory wave simulator simulates the fast-repeating, high-frequency noise that occurs when switches turn on and off, and evaluates the resistance of electronic and electrical equipment.

High Frequency Surge Test (Burst Waveform) SWCS-931SD product image

EMC Testing

Features

- A maximum output voltage of 1.5 kV
- Repetition frequency variable from 0.4 Hz to 400 Hz
- Output resistance variable from 50 to 200 Ω (10Ω step)
■ Internal Circuit
■ Output Waveform
■ Test Setup
Test procedure example using the damped oscillatory wave simulator
① Place the main simulator unit (hereinafter referred to as Main unit) onto the outside of the ground reference plane.
② Connect the standard attached power supply cable to AC in on the backside of Main unit.
③ Connect the connection cables for DUT to HOT terminal and ground terminal on Main unit (insert a capacitor to HOT side), and do the other side of the cables to the testing harnesses. * The connection cables to be prepared by the users.
④ Set the parameters on the controller on the front panel of Main unit and start the test.

Specifications

Parameter	Specification
Output waveform	Damped oscillatory wave
Output voltage	100 V 〜 1500 V
Polarity	Positive (1st wave) or negative (short bar switching)
Oscillatory frequency	1.5 MHz ± 0.2 MHz
Time to half-value peak	10μs ± 20 % (0.1 kV 〜 1.0 kV) 10μs ± 40 % (1.0 kV 〜 1.5 kV)
Output impedance	50 〜 200 Ω (10 Ω pitch set possible)
Repetition cycle	0.4 〜 400 Hz (3-stage switching, continuously variable)
Injection time	1s 〜 10min. or continuous
Coupling capacitor	100 pF / 470 pF
EUT power capacity	–
Power supply	AC 100 〜 240 V 50 / 60Hz
Dimensions	(W) 430 x (H)200 x (D)400 mm
Weight	Approx. 7 kg