Transcription of Ceramic-Metal Triggered Spark Gaps
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Ceramic-Metal Triggered Spark Gaps
Ceramic-MetalTriggered Spark GapsDescriptionExcelitas Triggered Spark Gaps are a family of versatile high voltage switches. They consist of three electrodes in a hermetically sealed, pressurized ceramic envelope. Triggered Spark Gaps are generally characterized by a peak current capability of thousands to tens of thousands of amperes, delay times of tens of nanoseconds, arc resistance of tens of milliohms and inductance of 5 to 30 nanohenries. They are suitable for capacitor switching applications such as flashlamps, electrically pumped gas lasers, medical lithotripters, and as crowbar protection Spark Gaps, Page 1 of 5 Key Features Fast switching operation High voltage holdoff Ceramic-Metal construction No warm up period High current capability Long lifeApplications Flashlamps Electronically pumped gas lasers Medical lithotripers Crowbar protection devicesTable 1 SpecificationsEnvironmental SpecificationsAmbient temperature range Operating temperature range-54 to +100 C Nonoperating temperature range-65 to +125 CVibration15 to 500 Hz at 10 g maximumShock50 g, 11 millisecondsThermal Shock-65 to +125 CElectrical SpecificationsElectrode capacityLess than 5 resistanceGreater than 1010 ohms at SpecificationsEnvelopeCeramic-metal, herm
Ceramic - Metal Triggered Spark Gaps www.excelitas.com Triggered Spark Gaps, Page 2 of 5 TABLE 2 Triggered Spark Gap Ratings Excelitas Model No. O-A Range, kV Min/Max (1,10) SBV, kV
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