PerkinElmer Optoelectronics GP Hoja de datos

No.	parte #	Fabricante	Descripción
1	GPV-6301	PerkinElmer Optoelectronics	Triggered Vacuum Gaps • Wide operating voltage range • Ceramic-metal construction • No warm up period • High current capability • Long life Standard Model Operating Characteristics Static Breakdown Voltage (2,7) (Kilovolts) 65 50 100 65 40 (1) Type Number GPV-63 GPV-63
2	GPV-6322	PerkinElmer Optoelectronics	Triggered Vacuum Gaps • Wide operating voltage range • Ceramic-metal construction • No warm up period • High current capability • Long life Standard Model Operating Characteristics Static Breakdown Voltage (2,7) (Kilovolts) 65 50 100 65 40 (1) Type Number GPV-63 GPV-63
3	GP-30B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
4	GP-74B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
5	GP-85	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
6	GP-87	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
7	GP-89	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
8	GP-14B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
9	GP-15B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
10	GP-20B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
11	GP-486	PerkinElmer Optoelectronics	Mini-Triggered Spark Gaps and Transformers • High reliability • Extremely low jitter • Environmentally durable • Small size • Matching trigger transformers PerkinElmer Optoelectronics page 3 Miniature Triggered Spark Gaps The triggered spark gap is a three element, gas-filled, ceramic-to-m
12	GP-82B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
13	GPV-6313	PerkinElmer Optoelectronics	Triggered Vacuum Gaps • Wide operating voltage range • Ceramic-metal construction • No warm up period • High current capability • Long life Standard Model Operating Characteristics Static Breakdown Voltage (2,7) (Kilovolts) 65 50 100 65 40 (1) Type Number GPV-63 GPV-63
14	GP-12B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
15	GP-22B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
16	GP-31B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
17	GP-32B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
18	GP-41B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
19	GP-46B	PerkinElmer Optoelectronics	Triggered Spark Gaps • Fast switching operation • High voltage holdoff • Ceramic-metal construction • No warm up period • High current capability • Long life Triggered Spark Gap Ratings O -A PerkinElmer Range, kV Model Min/Max No. (1,10) (2) GP-89 GP-90 GP-91 GP-93 GP-8
20	GP-485	PerkinElmer Optoelectronics	Mini-Triggered Spark Gaps and Transformers • High reliability • Extremely low jitter • Environmentally durable • Small size • Matching trigger transformers PerkinElmer Optoelectronics page 3 Miniature Triggered Spark Gaps The triggered spark gap is a three element, gas-filled, ceramic-to-m