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Parts by Number Top

Part # Distributor Manufacturer Product Category Description
TRANSFORMER HIPOT OK ASAP Semiconductor ONSEMI Not Provided DIODE
TRANSFORMER HIPOT-OK ASAP Semiconductor LUCENT Not Provided 001T19-1
TRANSFORMERS HIPOT O ASAP Semiconductor AVX Not Provided 21298
1D300G102 PLC Radwell General Electric Sensors & Switches, Current Transformer COIL HI-POT TESTED
3352AD ASAP Semiconductor NEW Not Provided TRANSFORMER 17 PRONG HIPOT OK PRC
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Conduct Research Top

  • Exploring the Benefits of New Hipot Testing Technology (.pdf)
    Like many industries reliant upon technology, the electrical test and measurement field has progressed in leaps and bounds since its early days. Safety testing equipment is no different; Hipot testers have progressed far beyond the "transformer-in-a-box" design of the 1950's. These older models
  • Isolation Transformer to Perform Line Leakage or Functional Run Tests
    a Functional Run test or. Line Leakage test is being performed at the same test station as the Hipot test. This is a. precautionary recommendation to provide protection for the Hipot tester that may be. inadvertently connected to the DUT while line power is applied. It is possible that the. return
  • Improving Production Line Efficiency (.pdf)
    replacing their transformer-in-a-box equipment and immediately saw big benefits. Microprocessor-based hipot, ground bond, insulation resistance, and line leakage testers entered the market with advanced features like high and low trip current limits, multiple memory locations, and ground fault circuit
  • Benefits of PLC Control (.pdf)
    process, it can seem a burden when performed manually using handheld probes. Yet with advances in the industry, even the most basic testers provide test operators with other more efficient ways to test. Hipot tester manufacturers have said goodbye to the older transformer-in-a-box design, giving way
  • Medical Device Link .
    in the laboratory or on the production line before shipment, the line leakage test is more involved and can be more complicated than related tests, such as hipot and ground-bond tests. Indeed, the setup and training requirements to perform the test correctly are more complex than those of other electrical
  • 30 V, 2 A High Efficiency CVCC LED Driver
    , 32 turns per layer ap-. prox. Self-leads to pins. Insulate with Mylar tape sufficient for 3 kV. Hipot to next winding. Secondary Winding (7, 11−10,14). 11 turns of 2 X #24 magnet wire bifilar wound over 2 or 3 layers. Self-leads to pins per schematic below. Final insulate with Mylar tape. NOTE
  • Basic Facts about Electrical Safety Testing (.pdf)
    .....................................................................................15. 1. Hipot Test Applications............................................................................ 15. a. Transformer Testing......................................................................... 15. b. Appliance Testing
  • Dielectric Withstand Testing in a Production Environment
    could even. under an AC test hold a charge. When the test is allowed to finish and the voltage. is reduced to zero the charge is dissipated through the impedance of the high. voltage transformer. Most DC Hipot testers today employ an output shorting. device to discharge the DUT, but the Hipot must

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