Hipot Test

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  • 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
  • Best Methods for Safe Hipot Testing (.pdf)
    that there is a safe work environment for everyone involved in testing. It is important to understand that a Hipot tester generates voltages and currents that can cause harmful or even fatal electric shock. When setting up a work area to test products it is important to configure the workstation in a manner
  • Performing Low Voltage Continuity Tests With High Voltage Hipot Testers
    Manufacturers of heating elements, cable harnesses, and aerospace cables must commonly perform point to point continuity tests and hipot tests as part of their routine production line tests. The linking of a continuity test and hipot test when voltages exceed. 1000 volts has previously only been
  • Hi-Pot Safety Certification - Understanding the Tests Required
    technical support questions received by XP Power concerning hi-pot testing and relevant standards.
  • Production Line Tests for Medical Product Safety Evaluation
    production line safety tests commonly required on medical devices. The first and most prevalent test is the Dielectric Voltage Withstand Test, commonly known as a "hipot" test. Hipot testing is the deliberate application of high voltage between current carrying and non-current carrying components
  • Hi-pot Type Testing Application Note
    This Application Note was written to provide insight into the one time requirement for 'type' testing of power supplies by the safety agency or manufacturer. It will assist in the interpretation of requirements for this testing and provide broad guidelines on exactly what is required
  • Flash testing: Getting it right during manufacturing
    The flash Test (also known as High Voltage (HV), Dielectric Strength or HiPot) is one of the more controversial electrical safety tests and has provoked a lot of discussion and debate in recent years. This article looks at new developments in flash testing for electronic product design applications

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