B85321A2205A301

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Feed Through Capacitors

Feed through capacitors are a type of passive electronic device used to filter and direct signals through a circuit. They are commonly used in radio frequency (RF) applications, where they filter out high-frequency signals and prevent interference. The B85321A2205A301 is a type of feed through capacitor that is designed for high-level signal transmission in a range of applications.

B85321A2205A301 Application Field

The B85321A2205A301 feed through capacitor is designed for use in applications where signals need to be filtered out for clarity of sound or transmission. It is typically used in RF applications such as radio broadcast, television broadcasting, and cell phone towers. It is also used in medical devices such as MRI machines, radiation therapy machines, and pacemakers.

B85321A2205A301 Working Principle

The B85321A2205A301 is a type of feed through capacitor that works on the principle of capacitive coupling. This means that, instead of blocking or absorbing a signal, it “couples” the signal to another component and directs it towards the desired destination. This principle is used because capacitive coupling allows signals to be transferred more efficiently than other methods. The B85321A2205A301 is designed to provide high voltage and current capabilities for highly efficient signal transmission.

The B85321A2205A301 feed through capacitor uses a ceramic construction for high stability and a low dielectric constant for superior signal transmission. The signal passes through the ceramic core, which is composed of two thin layers of ceramic material. The inner layer is metalized and contains the feed through capacitor’s electrical components. The outer layer is non-metalized and provides insulation for the of the core. This enables the signal to pass efficiently and with minimal distortion.

Conclusion

The B85321A2205A301 feed through capacitor is a type of electronic device designed to filter and direct signals in various applications. It uses a ceramic core composed of two thin layers for high stability and a low dielectric constant for superior signal transmission. This enables it to provide high voltage and current capabilities for highly efficient signal transmission. This makes it an ideal choice for use in radio frequency applications, medical devices, and other applications where signal transmission is critical.

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