LS478M100P50RR0VH2SP0 by CX(Dongguan Chengxing Elec) – Specifications

CX(Dongguan Chengxing Elec) LS478M100P50RR0VH2SP0 is a LS478M100P50RR0VH2SP0 from CX(Dongguan Chengxing Elec), part of the Horn-Type Electrolytic Capacitors. It is designed for ±20% 100V 4700uF Plugin,D30xL50mm Horn-Type Electrolytic Capacitors ROHS. This product comes in a Plugin,D30xL50mm package and is sold as Box-packed. Key features include:

  • Tolerance: ±20%
  • L: 50mm
  • Rated Voltage: 100V
  • φD: 30mm
  • Operating Temperature: -40℃~+105℃
  • Lifetime @ Temperature: 2000hrs@105℃
  • Capacitance: 4700uF

Additional details: This product is environmentally friendly, does not contain a battery, and weighs approximately 46.733 grams.

Full Specifications of LS478M100P50RR0VH2SP0

Model NumberLS478M100P50RR0VH2SP0
Model NameCX(Dongguan Chengxing Elec) LS478M100P50RR0VH2SP0
CategoryHorn-Type Electrolytic Capacitors
BrandCX(Dongguan Chengxing Elec)
Description±20% 100V 4700uF Plugin,D30xL50mm Horn-Type Electrolytic Capacitors ROHS
RoHSLead free / RoHS Compliant
UnitPiece
Weight:46.733 grams / 1.64846 oz
Package / CasePlugin,D30xL50mm
Package / ArrangeBox-packed
BatteryNo
ECCN-
Tolerance±20%
Ripple Current-
L50mm
Lead Spacing-
Rated Voltage100V
φD30mm
Operating Temperature-40℃~+105℃
Equivalent Series Resistance (ESR)-
Lifetime @ Temperature2000hrs@105℃
Capacitance4700uF

Compare CX(Dongguan Chengxing Elec) - LS478M100P50RR0VH2SP0 With Other 47 Models

Related Models - LS478M100P50RR0VH2SP0 Alternative

  1. CX(Dongguan Chengxing Elec) LS129M050P50RR0VH2SP0
  2. CX(Dongguan Chengxing Elec) LS688M050O40RR0VH2SP0
  3. CX(Dongguan Chengxing Elec) LS828M050P40RR0VH2SP0
  4. CX(Dongguan Chengxing Elec) LS688M050O35RR0VH2SP0
  5. CX(Dongguan Chengxing Elec) LS688R063P45RR0VH2SP0
  6. CX(Dongguan Chengxing Elec) LS688M063O50RR0VH2SP0
  7. CX(Dongguan Chengxing Elec) LS688R080P50RR0VH2SP0
  8. CX(Dongguan Chengxing Elec) LS567M200N40RR0VH2SP0
  9. CX(Dongguan Chengxing Elec) LS567M200N45RR0VH2SP0
  10. CX(Dongguan Chengxing Elec) LS687M200O35RR0VH2SP0
Scroll to Top