Cornell Dubilier / Knowles HZC SMT Hybrid Polymer Capacitors
Cornell Dubilier HZC SMT Hybrid Polymer Capacitors combine solid polymer aluminum technology with wet aluminum electrolytic technology. This combination produces a surface mount capacitor with a 4000-hour life, low leakage current, high voltage capability, very low ESR and small case sizes. Cornell Dubilier HZC Capacitors are ideal for high temperature and high reliability PC board designs. The vertical cylindrical cases facilitate automatic mounting and feature high reflow soldering temperature capability. The HZC series is RoHS compliant.Features
- +125°C, Up to 4000 hours load life
- Low leakage current
- Very low ESR and high ripple current
- 260°C reflow soldering
- AEC-Q200 compliant
Specifications
- 10 to 330μF capacitance range
- ±20% @ 120Hz/+20°C capacitance tolerance
- 25, 35, 50, 63VDC rated voltage
- Leakage current (at 20°C) I = .01CV or 3μA max., whichever is greater after 2 minutes
- Low temperature characteristics (at 120Hz)
- Z(-25°C)/Z(+20°C)
- Z(-55°C)/Z(+20°C): 2.5
Mechanical Drawing
View Results ( 20 ) Page
| 零件編號 | 規格書 | 電容 | 直流電額定電壓 | ESR | 紋波電流 | 泄漏電流 | 損耗因數DF |
|---|---|---|---|---|---|---|---|
| HZC106M063D16T-F | ![]() |
10 uF | 63 VDC | 120 mOhms | 700 mA | 6.3 uA | 0.08 |
| HZC226M050D16T-F | ![]() |
22 uF | 50 VDC | 80 mOhms | 750 mA | 11 uA | 0.1 |
| HZC337M025G24T-F | ![]() |
330 uF | 25 VDC | 20 mOhms | 2 A | 82.5 uA | 0.14 |
| HZC476M035D16T-F | ![]() |
47 uF | 35 VDC | 60 mOhms | 900 mA | 16.4 uA | 0.12 |
| HZC107M050G24VT-F | ![]() |
100 uF | 50 VDC | 28 mOhms | 1.6 A | 50 uA | 0.1 |
| HZC106M050C12T-F | ![]() |
10 uF | 50 VDC | 120 mOhms | 500 mA | 5 uA | 0.1 |
| HZC107M050G24T-F | ![]() |
100 uF | 50 VDC | 28 mOhms | 1.6 A | 50 uA | 0.1 |
| HZC107M025X16T-F | ![]() |
100 uF | 25 VDC | 30 mOhms | 1.4 A | 25 uA | 0.14 |
| HZC277M035G24VT-F | ![]() |
270 uF | 35 VDC | 20 mOhms | 2 A | 94.5 uA | 0.12 |
| HZC686M035X16T-F | ![]() |
68 uF | 35 VDC | 35 mOhms | 1.4 A | 23.8 uA | 0.12 |
發佈日期: 2015-03-26
| 更新日期: 2025-09-08

