CD5FY401GO3F

Mica and PTFE Capacitors

The ‘CD5FY401GO3F’ is a type of capacitor made from a combination of mica and PTFE, also referred to as ‘polytetrafluorethylene’. This combination of materials creates a unique style of capacitor that is often used in medical, military, and industrial electronic applications.

Application Fields and Working Principle

Medical Applications

Mica and PTFE capacitors are often used in medical applications, such as pacemakers, medical imaging systems, and hearing-assistive devices. The combination of materials makes them highly reliable in low-power, low-impact applications. The capacitance of the CD5FY401GO3F capacitor ranges from 0.01µF to 0.2µF, so it is able to store energy efficiently and reliably, providing reliable performance.

Military Applications

As mica and PTFE capacitors can withstand extreme temperatures, they are often specified in military aircraft and high-altitude applications. They are also used in various system controls, such as missile guidance systems and radar. The CD5FY401GO3F has a temperature range of -54℃ to 152℃, so it is able to function reliably in the extreme temperatures commonly found in the aerospace industry.

Industrial Applications

The combination of materials makes mica and PTFE capacitors well suited for industrial applications. They have a high electrical stability, as well as a high degree of vibration and shock resistance. Capacitors are typically used in servo-motors, industrial drives, large pumps and motors, and motor control applications. The CD5FY401GO3F is particularly useful for applications that require low-impedance, high-reliability voltage regulators and filtering solutions.

Working Principle of the CD5FY401GO3F Capacitor

The CD5FY401GO3F is a mica and PTFE capacitor that consists of two layers of conductive material, separated by a dielectric mica sheet. The two layers are insulated from each other, which prevents the electricity from flowing between them and creating an electrical short. In addition, the dielectric mica sheet acts like a barrier between the two layers, allowing the electricity to be stored and released slowly in order to create a steady voltage.

The capacitor works by allowing electrical current to pass through it, storing the current in its dielectric and gradually releasing it as demand for the current decreases. This regulated release helps to ensure a consistent voltage and the steady current levels that many applications require.

The CD5FY401GO3F is one of the most reliable mica and PTFE capacitors on the market, and is often specified for use in medical, military, and industrial applications where high levels of reliability and performance are needed. It is able to withstand extreme temperatures, vibration, and shocks, making it an excellent choice for applications in these areas.