471KD05J Search Results

471KD10J

Abstract: 911KD20J 471KD20J 471kd10 431KD07J 201KD20J 511kd20 471kd07 471kd14 820KD10J
Contextual Info: J SERIES High Surge & High Energy Part No. 751KD05J 681KD05J 621KD05J 561KD05J 511KD05J 471KD05J 431KD05J 391KD05J 361KD05J 331KD05J 301KD05J 271KD05J 241KD05J 221KD05J 201KD05J 181KD05J 151KD05J 121KD05J 101KD05J 820KD05J Part No. 680KD05J 560KD05J 470KD05J

101KD05

Abstract: 431KD05
Contextual Info: 5Φ SERIES DATA SHEET ZINC OXIDE VARISTOR – 5 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.

471kd05

Abstract: 390KD05 220k varistor 271KD05
Contextual Info: MCC TM Micro Commercial Components
  omponents 20736 Marilla Street Chatsworth    !"# $ %    !"# Features • • • • • High Surge, High Energy Designed to be Operated Continuously Across AC Power Lines

varistor 540 VB

Abstract: 390KD05
Contextual Info: 5ĭ SERIES DATA SHEET METAL OXIDE VARISTOR – 5 ĭ SERIES FEATURE — — — — — Wide operating voltage V1mA range from 18V to 750V. Fast responding to transient over-voltage. Large absorbing transient energy capability. Low clamping ratio and no follow-on current.

390KD05

Abstract: 471KD05 220KD05 431KD05 560KD05 270KD05 330KD05 470KD05 391KD05 201KD05
Contextual Info: MCC 751KD05JX* thru 180LD05JX*
  omponents 20736 Marilla Street Chatsworth    !"# $ %    !"# TM Micro Commercial Components Features • • • • • 11 to 460 Volts Varistor 0.7 to 29 Joule High Surge, High Energy

270kd05

Abstract: 220KD 391KD05 431KD05
Contextual Info: MCC 751KD05JX* thru 180LD05JX*
  omponents 20736 Marilla Street Chatsworth    !"# $ %    !"# TM Micro Commercial Components Features • • • • • 11 to 460 Volts Varistor 0.7 to 29 Joule High Surge, High Energy

Contextual Info: 5Φ SERIES DATA SHEET METAL OXIDE VARISTOR – 5 Φ SERIES FEATURE — — — — Wide operating voltage V1mA range from 18V to 750V. Fast responding to transient over-voltage. Large absorbing transient energy capability. Low clamping ratio and no follow-on current.