| Document Date: 2010-07-03 06:22:30
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Company General Semiconductor / Amp / Schneider Broadcast Electronics Inc. / / Country United States / / Currency USD / AWG / / Facility AM towers / / IndustryTerm consumer electronics / low current protection device / Gas discharge spark gaps / state devices / above devices / line surge protection equipment / hybrid device / transient protection devices / systems / sharp steel points / telephone circuits / typical site / digital electronics / surge arrestor devices / station equipment / manufactured systems / output network / gas discharge tube / parallel resistor network / cable manufacturer / state transmitting equipment / transient shunting devices / ionized gas discharge tube / typical radio tower site / surge protection device / surge protection technologies / static electricity / voltage-clamping device / paint / metal cabinet / metal oxide substrate / permafrost site / inert gas chamber / power vacuum tube technology / chemical ground rods / historically been manufactured using high power vacuum tube technology / / MarketIndex case 60 / / Organization US Federal Reserve / / Position excellent electrical conductor / center conductor / large conductor / conductor / ground conductor / lightning COLLECTOR / RF conductor / long conductor / broadcast engineer / straight conductor / / Technology high power vacuum tube technology / coaxial cable / dielectric / surge protection technologies / vacuum tube / class of service / /
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Installation Methods for Protecting Solid State Broadcast Transmitters Against Damage from Lightning and AC Power Surges By John F. Schneider Broadcast Electronics, Inc. Quincy, Illinois USA