CAP SILICON 10000PF 15% 30V 0202
10000pF Silicon Capacitor 30V 0202 (0505 Metric)
CAP SILICON 10000PF 15% 30V 0202
The WLSC (100um thick) capacitors target RF High Power applications for wireless communication (e.g: 5G), radar and data broadcasting systems. The WLSC capacitors are suitable for DC decoupling, matching network, and harmonic / noise filtering functions. The unique technology of integrated passive devices in silicon developed by Murata*, can solve most of the problems encountered in demanding applications. These Si capacitors in ultra–deep trenches have been developed with a semiconductor process which enables the integration of high capacitance density from 6nF/mm2 to 250nF/mm2 (with a breakdown voltage of respectively 150V to 11V). Our SiCap technology features high reliability - up to 10 times better than alternative capacitors technologies - thanks to a full control of the production process with high temperature curing (above 900 C) generating a highly pure oxide. This technology provides industry-leading performance particularly in terms of capacitor stability over the full operating DC voltage & temperature range. In addition, intrinsic properties of the silicon show a low dielectric absorption and a low to zero piezo electric effect resulting in no memory effect. This Silicon based technology is ROHS compliant.
CAP SILICON 10000PF 15% 30V 0202
| DigiKey | DigiKey | Richardson RFPD | Lingto Electronic Limited | |
|---|---|---|---|---|
| Product Category | Capacitors | Capacitors | Capacitors | Capacitors |
| Product Number | 490-935146831510-T3TDKR-ND | 490-935146831510-T3TTR-ND | 935146831510-T3T | 935146831510-T3T |
| Product Name | Silicon Capacitors | Silicon Capacitors | Silicon Chip Capacitors (Wire bondable) | Silicon Capacitors |
| Operating Temperature | -55 to 150 C (-67 to 302 F) | -55 to 150 C (-67 to 302 F) | ||
| Capacitance Tolerance | 15 (+/- %) | 15 (+/- %) | ||
| Packing Method | Digi-Reel® | Tape Reel | ||
| Configuration / Form Factor | Chip Capacitor | |||
| Capacitance Range | 0.0100 microF | 0.0100 microF |