Electrostatic Discharge Simulator features ergonomic design.
November 21, 2005 -
Suited for automotive industry applications that require testing with multiple R-C network values, NSG 438 detects occurrence of electrostatic discharges. Counter or pre-selection counter only registers actual discharge events, preventing false counts. Simulator has elevated discharge voltage up to 30 kV in air and contact discharge modes. Operator controls are ergonomically located on pistol, and users can input settings with virtual thumbwheel or keypad screen.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Schaffner EMC, Inc.
53 Mayfield Ave.
Edison, NJ, 08837
USA
ESD Simulator From Schaffner EMC Offers Updated Ergonomic Design
Edison, NJ, October 2005 -- Schaffner EMC Inc., a leading provider of EMI/RFI components, EMC instrumentation and test systems, has updated its NSG 438 ESD (electrostatic discharge simulator) system to provide more convenient operator control as well as to meet current and future industry standards. The NSG 438 is ideal for automotive industry applications that require testing with multiple R-C (resistor-capacitor) network values.
The NSG 438 detects the occurrence of actual discharges, allowing the counter or the
pre-selection counter to only register actual discharge events. This feature prevents false counts when discharges have not occurred, which is a particular advantage in long test runs where an accurate count is required. In addition, the detector threshold for a valid discharge can be adjusted for specific applications. In the case of air discharges, the effective pulse voltage present at the moment of discharge is measured and shown on the display, avoiding errors through stray discharges.
The updated system is ergonomically designed with all operator controls located conveniently on the pistol. It features a large, easy-to-read touch screen that displays all discharge settings. Users can input settings with either a virtual thumbwheel or a new, easy-to-use keypad screen that provides fast, precise data entry.
The NSG 438 is designed to meet a broad range of current industry standards, as well as future requirements for revised ESD standards proposed by ANSI and the IEC. The simulator has an elevated discharge voltage range of up to 30 kV in both air and contact discharge modes, exceeding current industry ESD test standards, which require testing at pulse voltages of 25 kV.
The NSG 438 includes pre-programmed settings for IEC/EN 61000-4-2 and ISO 10605 to ensure that correct standard settings are made automatically. The NSG 438 identifies each network's R-C value when installed inside the simulator, greatly reducing potential operator errors when running tests to multiple standards.
Over 20 R-C networks are available for the NSG 438 to address a broad range of standards. R-C networks are optimally priced and can be purchased individually, allowing users to configure an extremely cost-effective system that supports only the specific ESD standards required for their particular testing needs.
The basic NSG 438 model is supplied with a 150 pF / 330 f network in compliance with IEC/EN 61000-4-2. Users can add appropriate network modules to accommodate other standards such as ISO 10605 and SAE J1113.
Pricing for the NSG 438 starts under $11,000. Delivery is typically four to eight weeks ARO.
For more information, please visit http://schaffner.com/test_systems/en/product/tsyssecondelevel1.asp?level=3$1$1&language_id=12 or contact MaryJane Salvador, Schaffner EMC, Inc., 52 Mayfield Avenue, Edison, NJ 08837. Tel: (732) 225-9533 ext.239; Fax: (732) 225-4789; E-mail: usasales@schaffner.com. Web: www.schaffner.com.
READER SERVICE INQUIRIES: Please forward all reader service inquiries to MaryJane Salvador, Schaffner EMC, Inc., 52 Mayfield Avenue, Edison, NJ 08837.
Schaffner EMC, Inc., provides the world's largest range of EMI components, EMC instrumentation and test systems for radiated and conducted interference, and advanced power supply test systems.
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