Pack of 95 GRM1557U1A132JA01D 1300pF 10V Ceramic Capacitors 0402 Surface Mount, 5% Tolerance for Prototyping

Pack of 95 GRM1557U1A132JA01D Ceramic Capacitor 5% 1300pF 10V U2J 0402 Surface Mount Cut Tape Overview A precision surfacemount ceramic capacitor in a compact 0402 package. This pack contains 95 pieces of part number GRM1557U1A132JA01D, each with 1300 pF capacitance, 5 percent tolerance, and a 10 V rating. Supplied on cut tape for easy handling in prototyping and small batch assembly. Key benefits Spaceefficient performance: 0402 footprint fits density PCBs and compact electronics while providing the capacitance needed for filtering and timing. Accurate and predictable: 1300 pF value with 5 percent tolerance supports consistent circuit behavior where precise capacitance is important. Suitable for automated assembly: surfacemount design and cut tape packaging work with pickandplace and reflow solder processes. Durable ceramic dielectric: provides stable capacitance over typical operating conditions for decoupling, filtering, and timing applications. Ready for small production and prototyping: pack of 95 gives enough quantity for board trials and lowvolume builds without excess inventory. Important attributes Part number: GRM1557U1A132JA01D Capacitance: 1300 pF (1.3 nF) Tolerance: 5 percent Rated voltage: 10 V Package size: 0402 (imperial) Type: Ceramic, surface mount Packaging: Cut tape, pack of 95 Practical applications Power decoupling on compact mobile and wearable devices where board space is limited. Signal filtering and bypassing in communications modules and RF front ends. Timing and coupling networks in sensor modules, ADC front ends, and precision analog circuits. Why choose this part This capacitor combines a compact 0402 footprint with a precise 1300 pF value and tight tolerance, making it a practical choice for engineers designing spaceconstrained or density PCBs. Cut tape packaging simplifies placement during prototyping and smallscale production, and the surfacemount ceramic construction provides stable electrical characteristics for common filtering, decoupling, and timing functions.