
0.01uF (103) Ceramic Capacitor 50V
1nF 102 2kV High Voltage Ceramic Disc Capacitor
JD222M 2.2nF 400V Ceramic Capacitor
2.2nF 400V Ceramic Capacitor
0.22uF/220nF 224 Ceramic Disk Capacitor (Pack...
0.1uF 25/50V Ceramic Disc Capacitor (104)
0.01uF 10nF 1KV Ceramic Disc Capacitor
0.01uF (103) Ceramic Capacitor 50V
This is a Ceramic Capacitor with a value of 0.01uF (103). This capacitor can be used for power decoupling, ensuring smooth power in your circuit, and timing circuits, among other things. It could be placed...
1nF 102 2kV High Voltage Ceramic Disc Capacitor
The 1nF (102) 2kV High Voltage Ceramic Disc Capacitor is a high-voltage, low-loss capacitor designed for power supply circuits, noise suppression, and high-frequency applications. With a 2kV voltage rating, it is ideal for use in...
JD222M 2.2nF 400V Ceramic Capacitor
The JD222M 2.2nF 400V Ceramic Capacitor is a high-voltage, radial lead capacitor designed for signal coupling, bypassing, and noise suppression applications. It offers stable capacitance, low loss, and excellent reliability, making it ideal for power...
2.2nF 400V Ceramic Capacitor
The 2.2nF 400V Ceramic Capacitor is a high-quality capacitor designed for use in a variety of electronic circuits, providing excellent stability and reliability. This capacitor is ideal for Applications requiring high voltage and low capacitance,...
0.22uF/220nF 224 Ceramic Disk Capacitor (Pack of 20)
It's a 0.22uf/220nf Ceramic capacitor in which the dielectric is made of ceramic material. It is made up of two or more ceramic layers that alternate with a metal layer that serves as the electrodes. Use...
0.1uF 25/50V Ceramic Disc Capacitor (104)
This is a Ceramic Capacitor with a value of 0.1uF (104). This capacitor can be used for power decoupling, ensuring smooth power in your circuit, and timing circuits, among other things. It could be placed...
0.01uF 10nF 1KV Ceramic Disc Capacitor
This is a Ceramic Capacitor with a value of 0.01uF This capacitor can be used for power decoupling, ensuring smooth power in your circuit, and timing circuits, among other things. It could be placed next...