103 1KV Ceramic Capacitor High Voltage Radial blue shell

103 1KV Ceramic Capacitor

Description

The 103 1KV Ceramic Capacitor is an exceptional electronic component designed to meet the demands of high voltage applications. With a capacitance value of 10,000 picofarads (pF) and a maximum voltage rating of 1 kilovolt (1,000 volts), this capacitor offers reliable performance and stability in challenging electrical circuits.

High Capacitance and Wide Tolerance:

This capacitor features a Y5V dielectric material, known for its high capacitance and wider tolerance compared to other
ceramic capacitor types. With a capacitance value of 10,000 pF, it provides ample storage capacity for energy in your circuit. The wider tolerance ensures flexibility in circuit design, accommodating variations in capacitance within specified limits.

Designed for High Voltage Applications:

Engineered specifically for high voltage applications, this capacitor is capable of handling voltages up to 1 kilovolt. Its robust design and construction make it suitable for a wide range of applications, including power supplies, amplifiers, and high voltage circuits. With this capacitor, you can confidently build and operate circuits requiring reliable performance under demanding voltage conditions.

Radial Lead Configuration for Easy Installation:

The 103 1KV Ceramic Capacitor features a radial lead configuration, allowing for simple and secure installation on printed circuit boards (PCBs). Its leads extend from one end of the capacitor, enabling easy insertion through PCB holes and reliable soldering on the opposite side. This configuration streamlines the assembly process, making it convenient for both professionals and hobbyists alike.

Blue Shell for Visual Identification:

In addition to its exceptional performance, this capacitor sports a visually appealing blue shell. The vibrant blue color provides instant visual identification, making it easy to locate and distinguish the capacitor in your electronic projects. Please note that the color of the shell is purely for aesthetic purposes and does not impact the capacitor’s electrical characteristics or performance.