Online Service

Online Service

Contact Person
+86 136 6733 2386
quality Multilayer Ceramic Safety Capacitors Certified for in Modems and Telephones IHHEC SCC1808X102K502TG factory
<
quality Multilayer Ceramic Safety Capacitors Certified for in Modems and Telephones IHHEC SCC1808X102K502TG factory
>
Specifications
Capacitance:
1nF
Operating Temperature:
-55℃~+125℃
Ratings:
X1,Y2
Voltage(AC):
250V
Tolerance:
±10%
Mfr. Part #:
SCC1808X102K502TG
Package:
1808
Key Attributes
Model Number: SCC1808X102K502TG
Product Description

Holy Stone SCC Series Safety Capacitors

The Holy Stone SCC Series is a line of multilayer ceramic chip capacitors designed for safety applications. These capacitors, rated up to 305Vac, are specifically engineered 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 surface mount capability. Compliant with IEC60384-14, UL60950-1, and UL60384-14 standards, these capacitors are available in NP0 (C0G) and X7R dielectrics and are RoHS compliant with lead-free options. They are certified by TUV and UL for various safety standards, making them ideal for telecommunication equipment, lighting, surge protection, EMI filtering, and isolation applications.

Product Attributes

  • Brand: Holy Stone Enterprise Co., Ltd.
  • Product Line: SCC Series
  • Type: Safety Capacitors (X2, X1/Y2)
  • Origin: Taiwan (implied by .tw domain)
  • Material: Ceramic Chip Multilayer
  • Certifications: IEC60384-14, UL60950-1, UL60384-14, TUV R50005234, R50103496, UL E229738, TUV R50162550, UL E300818
  • Compliance: RoHS compliant, Lead(Pb) free option

Technical Specifications

Product Code Chip Size Dielectric Capacitance (pF) Tolerance Class Rated Voltage (Vrms) Packaging Special Requirement
SCC1808N2R0J202T 1808 NP0 2.0 J (+/-5%) X2 250 T (7") S (Arc Prevention Coating)
SCC1808N2R0J502T 1808 NP0 2.0 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC1812N2R0J502T 1812 NP0 2.0 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC2208N2R0J602T 2208 NP0 2.0 J (+/-5%) X1/Y2 (for SCC2208N) 250 T (7") S (Arc Prevention Coating)
SCC2211N2R0J602T 2211 NP0 2.0 J (+/-5%) X1/Y2 (for SCC2211N) 250 T (7") S (Arc Prevention Coating)
SCC2220N2R0J602T 2220 NP0 2.0 J (+/-5%) X1/Y2 (for SCC2220N) 250 T (7") S (Arc Prevention Coating)
SCC1808X5R0J202T 1808 X7R 5.0 J (+/-5%) X2 250 T (7") S (Arc Prevention Coating)
SCC1808X5R0J502T 1808 X7R 5.0 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC1812X5R0J502T 1812 X7R 5.0 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC2208X5R0J602T 2208 X7R 5.0 J (+/-5%) X1/Y2 (for SCC2208N) 250 T (7") S (Arc Prevention Coating)
SCC2211X5R0J602T 2211 X7R 5.0 J (+/-5%) X1/Y2 (for SCC2211N) 250 T (7") S (Arc Prevention Coating)
SCC2220X5R0J602T 2220 X7R 5.0 J (+/-5%) X1/Y2 (for SCC2220N) 250 T (7") S (Arc Prevention Coating)
SCC1808N100J202T 1808 NP0 10 J (+/-5%) X2 250 T (7") S (Arc Prevention Coating)
SCC1808X100J502T 1808 X7R 10 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC1812X100J502T 1812 X7R 10 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC2208X100J602T 2208 X7R 10 J (+/-5%) X1/Y2 (for SCC2208N) 250 T (7") S (Arc Prevention Coating)
SCC2211X100J602T 2211 X7R 10 J (+/-5%) X1/Y2 (for SCC2211N) 250 T (7") S (Arc Prevention Coating)
SCC2220X100J602T 2220 X7R 10 J (+/-5%) X1/Y2 (for SCC2220N) 250 T (7") S (Arc Prevention Coating)
SCC1808N151J202T 1808 NP0 150 J (+/-5%) X2 250 T (7") S (Arc Prevention Coating)
SCC1808X151J502T 1808 X7R 150 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC1812X151J502T 1812 X7R 150 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC2208X151J602T 2208 X7R 150 J (+/-5%) X1/Y2 (for SCC2208N) 250 T (7") S (Arc Prevention Coating)
SCC2211X151J602T 2211 X7R 150 J (+/-5%) X1/Y2 (for SCC2211N) 250 T (7") S (Arc Prevention Coating)
SCC2220X151J602T 2220 X7R 150 J (+/-5%) X1/Y2 (for SCC2220N) 250 T (7") S (Arc Prevention Coating)
SCC1808N471J202T 1808 NP0 470 J (+/-5%) X2 250 T (7") S (Arc Prevention Coating)
SCC1808X471J502T 1808 X7R 470 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC1812X471J502T 1812 X7R 470 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC2208X471J602T 2208 X7R 470 J (+/-5%) X1/Y2 (for SCC2208N) 250 T (7") S (Arc Prevention Coating)
SCC2211X471J602T 2211 X7R 470 J (+/-5%) X1/Y2 (for SCC2211N) 250 T (7") S (Arc Prevention Coating)
SCC2220X471J602T 2220 X7R 470 J (+/-5%) X1/Y2 (for SCC2220N) 250 T (7") S (Arc Prevention Coating)
SCC1808N102J202T 1808 NP0 1000 J (+/-5%) X2 250 T (7") S (Arc Prevention Coating)
SCC1808X102J502T 1808 X7R 1000 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC1812X102J502T 1812 X7R 1000 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC2208X102J602T 2208 X7R 1000 J (+/-5%) X1/Y2 (for SCC2208N) 250 T (7") S (Arc Prevention Coating)
SCC2211X102J602T 2211 X7R 1000 J (+/-5%) X1/Y2 (for SCC2211N) 250 T (7") S (Arc Prevention Coating)
SCC2220X102J602T 2220 X7R 1000 J (+/-5%) X1/Y2 (for SCC2220N) 250 T (7") S (Arc Prevention Coating)
SCC1808N103J202T 1808 NP0 10000 J (+/-5%) X2 250 T (7") S (Arc Prevention Coating)
SCC1808X103J502T 1808 X7R 10000 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC1812X103J502T 1812 X7R 10000 J (+/-5%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC2208X103J602T 2208 X7R 10000 J (+/-5%) X1/Y2 (for SCC2208N) 250 T (7") S (Arc Prevention Coating)
SCC2211X103J602T 2211 X7R 10000 J (+/-5%) X1/Y2 (for SCC2211N) 250 T (7") S (Arc Prevention Coating)
SCC2220X103J602T 2220 X7R 10000 J (+/-5%) X1/Y2 (for SCC2220N) 250 T (7") S (Arc Prevention Coating)
SCC1808X252K502T 1808 X7R 2500 K (+/-10%) X2 (305Vrms) 305 T (7") S (Arc Prevention Coating)
SCC2220X252K602T 2220 X7R 2500 K (+/-10%) X2 (305Vrms) 305 T (7") S (Arc Prevention Coating)
SCC1808X502K202T 1808 X7R 5000 K (+/-10%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC1808X502K502T 1808 X7R 5000 K (+/-10%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC1812X502K502T 1812 X7R 5000 K (+/-10%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC2208X502K602T 2208 X7R 5000 K (+/-10%) X1/Y2 (for SCC2208N) 250 T (7") S (Arc Prevention Coating)
SCC2211X502K602T 2211 X7R 5000 K (+/-10%) X1/Y2 (for SCC2211N) 250 T (7") S (Arc Prevention Coating)
SCC2220X502K602T 2220 X7R 5000 K (+/-10%) X1/Y2 (for SCC2220N) 250 T (7") S (Arc Prevention Coating)
SCC1808X103K502T 1808 X7R 10000 K (+/-10%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC1812X103K502T 1812 X7R 10000 K (+/-10%) X1/Y2 250 T (7") S (Arc Prevention Coating)
SCC2208X103K602T 2208 X7R 10000 K (+/-10%) X1/Y2 (for SCC2208N) 250 T (7") S (Arc Prevention Coating)
SCC2211X103K602T 2211 X7R 10000 K (+/-10%) X1/Y2 (for SCC2211N) 250 T (7") S (Arc Prevention Coating)
SCC2220X103K602T 2220 X7R 10000 K (+/-10%) X1/Y2 (for SCC2220N) 250 T (7") S (Arc Prevention Coating)
SCC2220X253K602T 2220 X7R 25000 K (+/-10%) X1/Y2 (for SCC2220N) 250 T (7") S (Arc Prevention Coating)

Summary of Specifications

Specification Details
Rated Voltage AC 250Vrms and AC 305Vrms
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: Q1000
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

2410010403_IHHEC-SCC1808X102K502TG_C3287620.pdf

Request A Quote

Please Use Our Online Inquiry Contact Form Below If You Have Any Questions, Our Team Will Get Back To You As Soon As Possible

You Can Upload Up To 5 Files And Each File Sized 10M Max