KYOCERA AVX 330nF 50V dc ±10 % Tolerance Multilayer Ceramic Capacitor Through Hole Radial SR305C334KARTR

KYOCERA AVX SR305C334KARTR is a high-quality multilayer ceramic capacitor with 330nF capacitance and 50V dc voltage rating, designed using X7R dielectric material. This capacitor features a ±10 % tolerance and through hole radial termination, which makes it ideal for reliable and stable operation in electronic components and power circuits.

It operates within a temperature range from -55°C to a maximum of 125°C, supporting durability in harsh environmental conditions. The leaded design with a 5mm lead spacing and 0.51mm lead diameter ensures strong mechanical integrity and ease of assembly via wave soldering or manual insertion.

The capacitor measures 7.62mm in height, length, and width, providing a compact size suitable for space-constrained applications. Its tape and reel packaging supports efficient high-volume automated assembly.

This SR series component is well-suited for use in bypass, decoupling, filtering, sample and hold, and timing circuits, commonly found in industrial, laboratory, manufacturing, and consumer electronics contexts. The RoHS compliant construction indicates environmental consideration.

Features X7R dielectric for reliable performance in electronic circuits. Rated for a maximum operating temperature of 125°C, suitable for demanding environments. Through hole radial mount type ensures secure mechanical and electrical connections.

Comes in Tape & Reel packaging suitable for automated assembly processes. Physical dimensions are 7.62mm length, width, and height for compact footprint. Lead spacing of 5mm and lead diameter of 0.51mm for compatibility with standard PCB layouts.

Designed to withstand thermal shock and vibration for robust industrial applications. Applications include bypass, decoupling, filtering, sample and hold, and timing circuits. Explore KYOCERA AVX Multilayer Ceramic Capacitors category for more reliable components suited to electronic manufacturing and industrial use.