FCP2416H154G

Film capacitors are an important type of capacitor that are used extensively in many industries. They are used in a variety of applications, including power supplies, RF transmitters, and other electronic circuits. They are also used as a building block in many power conditioning systems and even motor controllers. The FCP2416H154G is a film capacitor specifically designed for applications in the radio frequency (RF) spectrum. This film capacitor offers an excellent combination of capacitance, voltage rating, and stability.

General Description

The FCP2416H154G is a film-based capacitor specifically designed for use in high frequency, RF applications. It is a passive non-polarized capacitor with a voltage rating of 24 volts and a capacitance of 154 pF. The construction features a glass-epoxy substrate with a high-temperature, low-inductance capacitor wound over it. The FCP2416H154G provides an extremely low ESR and ESL characteristics to ensure reliable operation with high-speed switching and high-frequency circuits.

Applications

The FCP2416H154G is ideal for high-frequency RF applications, including RF receivers, transmitters, and other RF energy equipment. The FCP2416H154G can be used in many other high-frequency applications such as RF power amplifiers, image filters, motor controllers, and power conditioning systems. The FCP2416H154G is the perfect choice for applications requiring a low-inductance, high-frequency, and high-stability capacitor.

Features and Benefits

• Excellent combination of capacitance, voltage rating, and stability
• Excellent ESR and ESL characteristics
• Ideal for high-frequency RF applications
• Glass-epoxy substrate with a high-temperature, low-inductance capacitor

Construction

The FCP2416H154G is a film-based capacitor constructed using a glass-epoxy substrate with a high-temperature, low-inductance capacitor wound over it. The capacitor is dielectric-coated with a polyamide-imide (PAI) film and is encapsulated using a sealed tape. This construction offers excellent performance in extreme temperatures and humidity as well as mechanical vibrations.

Working Principle

The working principle of the FCP2416H154G capacitor is based on the storage of electrical energy on electric field. The electric field, or capacitor, consists of two conducting plates placed close together and separated by an insulator, or dielectric. When a voltage is applied across the two plates, electrons are attracted to one plate and repelled from the other. This creates a surface of electric charge on each plate. A capacitor has the ability to store the charges created by the applied voltage until it is discharged.

Conclusion

The FCP2416H154G is a film capacitor specifically designed for high frequency, RF applications. It offers an excellent combination of capacitance, voltage rating, and stability with low ESR and ESL characteristics. Its construction features a glass-epoxy substrate with a high-temperature, low-inductance capacitor wound over it, offering excellent performance in extreme temperatures and humidity as well as mechanical vibrations. The FCP2416H154G is the ideal choice for any high-frequency applications requiring a capacitor with superior performance.