Syfer / Knowles Hiteca™ Class II MLCCs
Syfer / Knowles Hiteca™ Class II MLCCs are designed to operate reliably and efficiently in the most demanding applications, optimizing power electronics. These high-capacitance multilayer ceramic capacitors (MLCCs) offer lower self-heating properties and low-loss operations that handle higher ripple currents than conventional ceramic capacitors. A patented dielectric system provides improved capacitance stability and lower parasitic losses under common operating conditions compared to standard Class II dielectrics such as X7R. The series achieves a capacitance aging rate of 0% per decade and a typical capacitance reduction of <45% at full rated voltage. Applications for Syfer / Knowles Hiteca Class II MLCCs include power supplies, industrial, automotive / inverter/filtering/smoothing, ripple current smoothing, and snubber capacitors.Features
- High capacitance, high voltage
- Low loss AC operation
- Non-piezo construction
- Capacitance stability over temperature and voltage
- No capacitance aging
- Up to 2000VDC voltage rating
- Lower parasitic losses under common operating conditions
- 1206 to 2225 package sizes
Applications
- Power supplies
- Industrial
- Automotive/inverter/filtering/smoothing
- Ripple current smoothing
- Snubber capacitors
Typical Performance Curves
View Results ( 10 ) Page
| Numéro de pièce | Fiche technique | Capacité électrique | Tension de voltage CC | Code de caisse - po |
|---|---|---|---|---|
| 2225Y5000474KZT | ![]() |
0.47 uF | 500 VDC | 2225 (Reversed) |
| 2220Y1K50473KZT | ![]() |
0.047 uF | 1.5 kVDC | 2220 |
| 2225Y6300334KZT | ![]() |
0.33 uF | 630 VDC | 2225 (Reversed) |
| 2225Y9000184KZT | ![]() |
0.18 uF | 900 VDC | 2225 (Reversed) |
| 2220Y6300274KZT | ![]() |
0.27 uF | 630 VDC | 2220 |
| 2225Y1K00823KZT | ![]() |
0.082 uF | 1 kVDC | 2225 (Reversed) |
| 2220Y1K00683KZT | ![]() |
0.068 uF | 1 kVDC | 2220 |
| 1812Y1K00393KZT | ![]() |
0.039 uF | 1 kVDC | 1812 |
| 2220Y1K00104KZT | ![]() |
0.1 uF | 1 kVDC | 2220 |
| 1812Y6300104KZT | ![]() |
0.1 uF | 630 VDC | 1812 |
Publié le: 2022-05-11
| Mis à jour le: 2025-01-30

