Cornell Dubilier / Knowles HZC_V High Vibration SMT Capacitors

Cornell Dubilier (CDE) HZC_V High Vibration SMT Capacitors are hybrid polymer-aluminum electrolytic capacitors for filtering, bypassing, and power supply decoupling with long life requirements. The capacitors are able to withstand a 30G vibration test. The HZC_V components offer a 4,000-hour life, low leakage current, high voltage capability, low ESR, and small case sizes. These capacitors are ideal for high-density PC board designs and are RoHS compliant. The vertical cylindrical cases facilitate automatic mounting and feature high reflow soldering temperature capability.

Features

  • +125°C, Up to 4,000-hours load life
  • Low leakage current
  • Very low ESR and high ripple current
  • +260°C reflow soldering
  • AEC-Q200 compliant
  • RoHS compliant

Specifications

  • 33µF to 330µF capacitance range
  • ±20% capacitance tolerance at 120Hz, +20°C
  • 25VDC to 63VDC rated voltage range
  • 20.7µA to 94.5µA maximum DCL range
  • 0.020Ω to 0.040Ω maximum ESR at 100KHz, +20°C
  • 1.10ARMS to 2.0ARMS maximum ripple current range at 100KHz, +125°C

Mechanical Drawing

Mechanical Drawing - Cornell Dubilier / Knowles HZC_V High Vibration SMT Capacitors
View Results ( 8 ) Page
Part Number Datasheet Voltage Rating DC Capacitance ESR Ripple Current Leakage Current Dissipation Factor DF
HZC107M050G24VT-F HZC107M050G24VT-F Datasheet 50 VDC 100 uF 28 mOhms 1.6 A 50 uA 0.1
HZC277M035G24VT-F HZC277M035G24VT-F Datasheet 35 VDC 270 uF 20 mOhms 2 A 94.5 uA 0.12
HZC157M035F24VT-F HZC157M035F24VT-F Datasheet 35 VDC 150 uF 27 mOhms 1.6 A 52.5 uA 0.12
HZC227M025F24VT-F HZC227M025F24VT-F Datasheet 25 VDC 220 uF 27 mOhms 1.6 A 55 uA 0.14
HZC336M063F24VT-F HZC336M063F24VT-F Datasheet 63 VDC 33 uF 40 mOhms 1.1 A 20.7 uA 0.08
HZC337M025G24VT-F HZC337M025G24VT-F Datasheet 25 VDC 330 uF 20 mOhms 2 A 82.5 uA 0.14
HZC566M063G24VT-F HZC566M063G24VT-F Datasheet 63 VDC 56 uF 30 mOhms 1.4 A 35.2 uA 0.08
HZC686M050F24VT-F HZC686M050F24VT-F Datasheet 50 VDC 68 uF 30 mOhms 1.25 A 34 uA 0.1
Published: 2016-02-29 | Updated: 2025-09-08