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Parts by Number for Gas Discharge Tube Surge Arrester Top

Part # Distributor Manufacturer Product Category Description
M51-C90X Digi-Key EPCOS Inc Circuit Protection SURGE ARRESTER 90V GASTUBE 2PIN
CG33.5L Digi-Key Littelfuse Inc Circuit Protection SURGE ARRESTER GDT 3500V AXIAL
A71-H08X Digi-Key EPCOS Inc Circuit Protection SURGE ARRESTER 800V GASTUBE 2PIN
2095-450-BT1LF Digi-Key Bourns Inc. Circuit Protection SURGE ARRESTER GDT 4500V AXIAL
2095-270-BT1LF Digi-Key Bourns Inc. Circuit Protection SURGE ARRESTER GDT 2700V AXIAL
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Conduct Research Top

  • Combing GDTs and MOVs for Surge Protection of AC Power Lines (.pdf)
    for equipment connected to AC power lines.The role of gas discharge tube (GDT) surge arresters specifically designed for AC power line protection will also be discussed. The first step in providing an effective defense against power line transients is to accurately characterize the transients. One good
  • Gas Plasma OVP (G.D.T.) Application Notes (.pdf)
    The Gas Discharge Tube (G.D.T.) operates as a voltage dependent switch. When a voltage appears across the device which is greater than its breakdown voltage, known as the Sparkover Voltage, an arc discharge takes place within the tube which creates a low impedance path by which the surge current
  • Lightning Transients
    with repetitive stress and a relatively large slope resistance. Gas-Filled Surge Arresters. Much larger transient currents can be handled by the various gas-discharge suppressor devices. In such suppressors, two or more. electrodes are accurately spaced within a sealed high pressure inert gas environment
  • AC Line Voltage Transients and Their Suppression (.pdf)
    adequate surge. difficult to select a specific value of source. in the circuit due to inductive load switching,. handling capability. In a gas-tube arrester, the. impedance. commutation voltage spikes, etc.These tran-. low impedance of the arc after sparkover. sients are easy to suppress since
  • Transient Suppression Devices & Principles (.pdf)
    transient rise. The second is that a power. current from the voltage source will follow the surge. 3000. 1 = -------- 51.7. =. A and V. = 8 × 51.7 = 414V. R. discharge (called “follow-current” or “power-follow”). In AC. 50 + 8. circuits, this power-follow current may not be cleared at a. The maximum voltage