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Specifications
Capacitance:
4.7nF
Ratings:
X1,Y2
Voltage(AC):
305V
Tolerance:
±10%
Mfr. Part #:
SCC2220X472K502T
Package:
2220
Key Attributes
Model Number:
SCC2220X472K502T
Product Description
Holy Stone SCC Series - Safety Capacitors
The Holy Stone SCC Series are commercial-grade multilayer ceramic chip safety capacitors designed for applications requiring high reliability and safety standards. Available in X2 and X1/Y2 ratings, these capacitors are suitable for use in modems, facsimile machines, telephones, and other electronic equipment. They offer features such as small size, high capacitance, suitability for reflow soldering, and compliance with major international safety standards including IEC60384-14 and UL60950-1. Options for RoHS compliance and lead-free configurations are available.
Product Attributes
- Brand: Holy Stone Enterprise Co., Ltd.
- Series: SCC Series
- Type: Multilayer Ceramic Chip Capacitors, Safety Capacitors
- Compliance: IEC60384-14, UL60950-1, UL60384-14
- Certifications: TUV R50005234, R50103496, UL E229738 (for Lead(Pb) free: TUV R50162550, UL E300818, UL E229738)
- RoHS Compliant: Yes, with Lead(Pb) free option
Technical Specifications
| Product Code | Chip Size | Dielectric | Capacitance (pF) | Tolerance | Class | Rated Voltage (Vrms) | Packaging | Special Requirement |
|---|---|---|---|---|---|---|---|---|
| SCC | 1808 | NP0 | 2.0 to 470 | J (+/-5%) | X1/Y2 | 250 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
| SCC | 1808 | X7R | 2.0 to 470 | J (+/-5%) | X2 | 250 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
| SCC | 1812 | NP0 | 2.0 to 470 | J (+/-5%) | X1/Y2 | 250 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
| SCC | 1812 | X7R | 2.0 to 470 | J (+/-5%) | X2 | 250 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
| SCC | 2208 | NP0 | 2.0 to 470 | J (+/-5%) | X1/Y2 | 250 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
| SCC | 2208 | X7R | 2.0 to 470 | J (+/-5%) | X2 | 250 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
| SCC | 2211 | NP0 | 10 to 470 | J (+/-5%) | X1/Y2 | 250 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
| SCC | 2211 | X7R | 10 to 470 | J (+/-5%) | X2 | 250 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
| SCC | 2220 | NP0 | 10 to 470 | J (+/-5%) | X1/Y2 | 250 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
| SCC | 2220 | X7R | 10 to 470 | J (+/-5%) | X2 | 250 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
| SCC | 2825 | X7R | 150 to 33000 (33nF) | J (+/-5%) | X2 | 305 | T (7 T/R), R (13 T/R), B (Bulk) | S (Arc Prevention Coating), X (Polymer Termination), Z (Arc Prevention & Polymer), G (Lead Free) |
General Specifications
| Specification | Details |
|---|---|
| Temperature Coefficient | NP0: < 30ppm/, -55 ~ +125 (EIA Class ) X7R: < 15%, -55 ~ +125 (EIA Class ) |
| Capacitance Range | X1/Y2: 2.0pF ~ 4700pF X2 250Vrms: 2pF ~ 56nF X2 305Vrms: 150pF ~ 33nF |
| Quality and Dissipation Factor | NP0: Q 1000 X7R: D.F. 2.5% |
| Climatic Category | 55/125/21 |
| Insulation Resistance | 10G |
| Voltage Proof | X Capacitor: Applied Voltage 1075Vdc (4.3Ur) Y Capacitor: Applied Voltage 1500Vac |
| Impulse | X2: 2.5KV Y2: 5KV (for three times) |
| Aging | NP0: 0% X7R: 1.0% per decade hr., typical |
2410121941_IHHEC-SCC2220X472K502T_C340311.pdf
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