CDS19FD242GO3

Mica and PTFE capacitors are useful components in electrical circuit systems. The CDS19FD242GO3 is one such product within this capacitive family. This device is a disc-shaped, radial Leadered, 2.4nF capacitor with high dielectric characteristics, making it suitable for a variety of applications. In this article, we provide an overview of the CDS19FD242GO3 application field and working principle.

CDS19FD242GO3 Applications

The CDS19FD242GO3 from United Chemi-Con (UCC) has high dielectric characteristics and low dissipation factor. This allows its use in applications which require controlled radio frequencies and power harmonics. The CDS19FD242GO3 is typical used in the below applications:

• Automotive Electronic Circuit Design
• Inverter and Home Appliances
• Tube Amp Circuits
• Medical Electronic Circuit Design
• High Stability Analysis Circuits

Moreover, this device is also often found in consumer electronics such as TVs and radios, as it performs well in higher frequencies and provides excellent quality images and sound.

Capacitor Working Principle

The working principle of the CDS19FD242GO3 capacitor is identical to that of other mica and PTFE capacitors. This device works by allowing an electrical current flow between two plates, one which is hidden behind a mica dielectric material, the other being the terminals at the bottom plate. The current passes through the dielectric material, which creates an electrical field. The weaker the electrical field will be, the lower the capacitance. As the plates create an electrical field, the distance between them determines the capacitance of the device.

Conclusion

The CDS19FD242GO3 is an effective component of mica and PTFE capacitors, featuring high dielectric characteristics and low dissipation factor. This product is mainly used in automotive, medical, home appliance, and analysis circuit designs. The working principle is the same as other capacitors, using an electrical field between two plates which is determined by the distance between them.