D103F821JO3F

Capacitors are commonly found in electric circuits, where they are used to store and release electrical energy. The two types of capacitors most commonly found in electronic circuits are mica and PTFE capacitors. The D103F821J03F capacitor is one such type of mica/PTFE capacitors.

What is the D103F821J03F Capacitor?

The D103F821J03F capacitor is part of a range of specialized mica/PTFE capacitors. It is a non-polarized capacitor and features a ceramic dielectric with a thickness of 155 microns. This capacitor has a rated capacitance of 0.065uF, a rated voltage of 10uF, and a tolerance of +/- 5%.

Application Field of the D103F821J03F Capacitor

The D103F821J03F capacitor is primarily used in automotive and telecommunications applications. It is used in applications such as airbag deployment and cellular base stations, where reliable timing is necessary. It is also used in medical applications, such as cardio pacemakers, and in military equipment such as aircraft and missiles.

Working Principle of the D103F821J03F Capacitor

The working principle of the D103F821J03F capacitor is fairly simple. A mica/PTFE capacitor works by storing and releasing electrical energy. The dielectric material used in mica/PTFE capacitors is highly effective at storing electrical energy, and mica/PTFE capacitors have much better temperature stability than other types of capacitor. When electrical energy is applied, the capacitor stores the energy, and when the energy is released, the capacitor discharges it.

The D103F821J03F capacitor is designed to be highly reliable and capable of storing and releasing electrical energy over an extended period of time. The capacitor is capable of withstanding extreme temperatures and high voltage conditions. As such, it is an ideal choice for various automotive, telecommunications, medical, and military applications.

Conclusion

The D103F821J03F capacitor is a specialized mica/PTFE capacitor, which is widely used in automotive and telecommunications applications. It features a ceramic dielectric with a thickness of 155 microns, and it has a rated capacitance of 0.065uF, a rated voltage of 10uF, and a tolerance of +/- 5%. The working principle of the capacitor is fairly simple, as it is designed to store and release electrical energy over an extended period of time. It is capable of withstanding extreme temperatures and high voltage conditions, making it a highly reliable capacitor for various applications.