Holy Stone HVC Series Ceramic Capacitors
The Holy Stone HVC Series are commercial-grade multilayer ceramic chip capacitors designed for high-voltage applications, rated at 1000V and above. They feature a special internal electrode design for high voltage ratings, are suitable for surface mounting with wave and reflow soldering, and offer high reliability. These RoHS compliant capacitors are ideal for use in LAN/WLAN interfaces, back-lighting inverters, DC-DC converters, ballasts, modems, and power supplies.
Product Attributes
- Brand: Holy Stone Enterprise Co., Ltd.
- Series: HVC Series
- Material: Ceramic
- Certifications: RoHS compliant
Technical Specifications
| Parameter | Value |
|---|
| Operation Temperature | -55 ~ +125 |
| Temperature Coefficient (NP0) | ± 30ppm/, -55 ~ +125 (EIA Class I) |
| Temperature Coefficient (X7R) | ± 15%, -55 ~ +125 (EIA Class II) |
| Rated Voltage | 1000 Vdc to 8000 Vdc |
| Dissipation Factor (NP0) | Q1000 |
| Dissipation Factor (X7R) | D.F.2.5% |
| Insulation Resistance | 10G or 500/C whichever is smaller |
| Aging (NP0) | 0% |
| Aging (X7R) | Typically 2.5% per decade of time |
| Dielectric Strength (100V ≤ V < 500V) | 200% Rated Voltage |
| Dielectric Strength (500V ≤ V < 1000V) | 150% Rated Voltage |
| Dielectric Strength (1000V ≤ V) | 120% Rated Voltage |
Product Code Structure
C: MLCC (Multilayer Ceramic Chip of Capacitor)
Chip Size: 0603, 0805, 1206, 1210, 1808, 1812, 1825, 2220, 2225
Dielectric: N: NP0, X: X7R
Capacitance Unit: pF (e.g., 2R0: 2.0pF, 100: 10pF, 471: 470pF, 102: 1000pF)
Tolerance: C: ±0.25pF, D: ±0.50pF, J: ±5%, K: ±10%, M: ±20%
Rated Voltage: 101: 100Vdc, 251: 250Vdc, 501: 500Vdc, 631: 630Vdc, 102: 1000Vdc, 202: 2000Vdc, 302: 3000Vdc, 402: 4000Vdc, 502: 5000Vdc, 802: 8000Vdc
Packaging: T: T/R 7, R: T/R 13, B: Bulk
Special Requirement: O: Arc Prevention Coating, X: Polymer Termination (Super Term)
Example Part Number
C1206X102K202T
2410121902_IHHEC-C1808N101J302T_C2998564.pdf
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Ceramic Capacitor IHHEC C1808N101J302T Multilayer Chip Type Rated for High Voltage and Performance Images
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