Thermo KeyTek Series 2000 ESD Test System 25kV

• Description
• Features
• Specifications

Description

The Thermo KeyTek Series 2000 ESD Simulation System provides a combination of performance features unlike any other offering. Physically, it is housed in two interconnected units: the ESD-1 Discharger (or gun), which may be either hand-held or tripod-mounted, and it's associated Power Supply/Control/Unit PSC-1. The Discharger is made up of the basic handle, polarity switch; high-voltage set knob and digital display. The Power Supply/Control Unit includes selectors for repetition rate, charge rate and burst/normal modes.

Interchangeable Discharge Networks, Current Injection Adapters and Tips, all plug directly into the Discharger's barrel. The Discharge Network is also remotable via an optional cable, to provide a lighter, hand-held probe for extended testing without a tripod. In this latter mode, the Discharger may be mounted on the Power Supply/Control Unit via tripod mounting hardware, which is included.

Specific Series 2000 Model Groups has been identified, to help users select the ESD test capabilities most appropriate to their immediate needs. Expansions and additions selected from the next Model Group or from anywhere in the entire Series 2000, can be made at any time.

The Thermo KeyTek Series 2000 is a 25kV hand-held ESD simulator that generates pulses in compliance with various test standards such as IEC 61000-4-2, IEC 801-2 1984, ANSI C63.16, NEMA, MIL-STD 883 and EIA PN-1361. Many companies have mandated in their corporate ESD test plans that the Series 2000 be used when performing all ESD testing. The Series 2000 will generate all six types of ESD disturbances and offers easy, interchangeable ESD waveforms for testing to multiple standards. The unit provides contact mode and air discharge testing, plus optional E & H field diagnostics for comprehensive product testing. In addition, vertical and horizontal planes for indirect ESD testing; real, direct and furniture simulation are available. Industry recognized 0 to 25kV ESD simulator that can be hand-held or tripod-mounted.

Features

• Library of interchangeable discharge networks, current injection adapters & tips plug into discharge barrel
• Programmable repetitive operating modes, in addition to single-shot
• Easy, interchangeable ESD waveforms for testing to multiple standards Generator
• 0 to 25 kV, positive and negative
• Plug-in, interchangeable discharge networks
• Separate simulations for all six key simulation modes, air discharge and its five components: Actual air discharge, plus: Current injection of standard waves Discharge magnetic field Discharge electric field collapse Pre-discharge electric field Pre-discharge corona-generated RF interference
• Programmable repetitive operation
• Interchangeable tips: ball, wedge, point, field generators Monitors
• Digital voltage monitor measures and displays: 1. Programmed high voltage before high voltage trigger is depressed 2. Actual, measured high voltage during charge and after discharge 3. Audible beeper to indicate discharge Air Discharge Generation: simulates the basically unrepeatable, but highly realistic, real-world human discharge; for both direct and proximity testing.
• Discharge Current-Wave Injection: provides highly-repeatable, standardized waves into the test piece, via Current Injection Adapters.
• Discharge Magnetic-Field Simulation: a repeatable field which minimizes electric field and other air-discharge effects, to facilitate diagnostic work with the magnetic field alone. Uses a special Magnetic Field Tip, plus an appropriate Current Injection Adapter.
• Discharge Electric-Field Collapse Simulation: a repeatable field which minimizes the magnetic effects of the air-discharge event, again for diagnostic work. Employs the Electric Field Tip, plus an appropriate Current Injection Adapter and the Discharge Electric Field Adapter.
• Pre-Discharge Electric Field Simulation: permits repeatable, E-field and rate-of-approach E-field simulation, independent of operator position and approach speeds; via electronically determined ramp speed. Uses E-Field Tip.
• Pre-Discharge Corona Simulation: generates a relatively repeatable, standard or enhanced corona, which in turn generates RFI to facilitate investigation of EUT sensitivity. Uses standard Ball and Point Discharge Tip, alone or in conjunction with the Self-Discharge.