241KD5 Search Results

MOV-431K

Abstract: mov431k MOV471 MOV-431KD53H 431KD MOV 471K MOV 431K MOV - 510 MOV-471KD53H 221KD
Contextual Info: METAL OXIDE VARISTOR Housing Type 70KA Varistor Maximum Voltage Allowable Voltage ACrms DC DC Tolerance Range V (V) (V) MOV-201KD53H 130 170 200 185-225 MOV-221KD53H 140 180 220 198-242 MOV-241KD53H 150 200 240 216-264 MOV-271KD53H 175 225 270 243-297 MOV-301KD53H 190 250 300 270-330

Contextual Info: 53 Φ SERIES DATA SHEET ZINC OXIDE VARISTOR – 53 Φ SERIES FEATURES — — — — Wide operating voltage V1mA range from 8V to 1800V. Fast responding to transient over-voltage. Large absorbing transient energy capability. Low clamping ratio and no following-on current.

241kd5

Contextual Info: PART NUMBER: SR241K05ES Issue date: Mar. 2 8 ,2 0 0 5 1. Electrical Rating: V a ristor Voltage M axim um Allow able Voltage Min 216 Volts Max 264 Volts A C rms 1 50 Volts DC 200 Volts 395 Volts 800 A 0.15 W 10.5 Joules M a x i m u m C l a m p i n g V o l t a g e at

Contextual Info: PART NUMBER: SR241K05DS Issue date: Mar. 2 8 ,2 0 0 5 1. Electrical Rating: V a ristor Voltage M axim um Allow able Voltage Min 216 Volts Max 264 Volts A C rms 1 50 Volts DC 200 Volts 395 Volts 400 A 0.15 W 10.0 Joules 6.5 Joules M a x i m u m C l a m p i n g V o l t a g e at

Contextual Info: 53Φ SERIES DATA SHEET ZINC OXIDE VARISTOR – 53 Φ SERIES FEATURE — — — — Wide operating voltage V1mA range from 8V to 1800V. Fast responding to transient over-voltage. Large absorbing transient energy capability. Low clamping ratio and no following-on current.

471kd

Abstract: sas 560 385 20 mov 431k J 420 G 1205j MOV 440 H510 mov VARISTOR 820S1
Contextual Info: SAS SAS/MOV VARISTOR 嵩隆電子股份有限公司 Son g L on g E lectr on ics C O ., L T D Diameter：32㎜ Series Part No. Maximum Energy Operating Voltage 10/1000 s AC V DC (V) (J) Withstanding Surge Current 8/20 μs Rated Wattage Varistor Voltage

Contextual Info: 53ĭ SERIES DATA SHEET METAL OXIDE VARISTOR – 53ĭ SERIES FEATURE — — — — — Wide operating voltage V1mA range from 33V to 1600V. Fast responding to transient over-voltage. Large absorbing transient energy capability. Low clamping ratio and no follow-on current.