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Part # Distributor Manufacturer Product Category Description
ARRESTER3H300 National Microchip Not Provided Not Provided Not Provided
ARRESTER3P350 ASAP Semiconductor SEIMENS Not Provided Not Provided
ARRESTER3P350 ASAP Semiconductor EPCOS Not Provided Not Provided
ARRESTER1-A230G ASAP Semiconductor SIEMENS Not Provided Not Provided
ARRESTER80-C90X-SMD90V National Microchip SIE Not Provided Not Provided
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Conduct Research Top

  • An Electrostatic Simulation of a Surge Arrester
    The surge arrester example presented on these pages is based on a document from the International Electrotechnical Commission (IEC) -- "Guide for the determination of voltage distribution along the length of metal-oxide surge arresters". ElecNet simulation results were compared to some results
  • Thermal Characteristics of a 330 KV Surge Arrester
    of a 330 KV Surge Arrester. Gallery spotlight. Surge Arresters. Surge arresters are used in a number of industries as protective devices against a variety of electrical events such as high voltage lightning impulses. The design choices of various materials and components for lightning arresters may
  • Surge Arrester: Minimizing Electric Field Stress in Resistors
    |. International. Home >>. Applications >>. Surge Arresters >>. Overview. Related Examples. Categories. A |. A |. A. Surge Arrester: Minimizing Electric Field Stress in Resistors. Gallery spotlight. Surge Arrester. The voltage distribution along the resistors in a surge arrester is uneven due
  • Aircraft arrester system, Swedish Air Force
    The brake system on each of the energy absorbers consists of two Dellner Brakes type SKD 4x75 hydraulically applied disc brakes working on a 1400 mm (55.1 in) diameter brake disc. The arrester system controls the braking force and brings the aircraft to a smooth stop. The braking force is regulated
  • Monitoring of Surge Arresters through Thermographic Inspection - Case Studies
    In this paper we present evaluation cases of surge arrester operational conditions, through thermographic inspections, criteria applied in the field, and analysis carried out in units removed from operation due to the problems indicated by thermograms. Chesf (Companhia hidroelétrica do São
  • Combing GDTs and MOVs for Surge Protection of AC Power Lines (.pdf)
    equipment. circuit consisting of a gas tube surge. GROUND. to be dissipated externally. While the. PLASMA SURGE. RFI FILTER. METAL OXIDE. ARRESTERS. VARISTORS. arrester as the primary protector. peak voltage experienced by the. Figure 3a. Hybrid surge protection circuit. and a Metal Oxide Varistor
  • Pumping Potentially Explosive Atmospheres (.pdf)
    ensures that even if an. Increasing. ignition source is present there will. inert gas. not be an explosion, so no protective. avoid possible. Increasing. devices, such as inlet flame arresters. fuel. ignition sources. are required. The protection principle of. operation below the lower
  • Lightning Transients
    Supressor Combinations. •. Metal Oxide Varistors (MOVs, Voltage Dependent Resistors). •. Gas Filled Surge Arresters. Lightning Transients. The major mechanisms by which lightning produces surge voltages are the following: • A direct lightning strike to an external circuit (outdoor
  • What If?
    overhead power lines, transformers, substations, switches, connections, arresters, insulators, underground equipment that has surfaced on dip poles, transformers, switching equipment and underground equipment in vaults, which are below ground surface. What if I scanned a connection and saw only what
  • The Secrets of Transformer Cooling
    your transformer. Those subsystems are often misunderstood and sometimes overlooked. These subsystems are: 1) load tap changer 2) bushings 3) lightning arresters 4) control cabinet 5) the cooling system. The cooling system consists of radiators, valves, pumps, fans, gauges, and controls. I

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