W3F11A4718AT1F Filters

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Feed Through Capacitors

Feed Through Capacitors are used in a wide variety of applications including in electronic circuits, in power electronics, and in power communications. The W3F11A4718AT1F is a feed-through capacitor designed for the highest power requirements in applications such as electric grid monitoring, medical imaging, and wireless communication. It has a maximum temperature rating of 105C with an insulation voltage of 1000V.

Applications

The W3F11A4718AT1F is commonly used in power electronic and communication applications, including:

• Power Grid Monitoring
• Medical Imaging
• Wireless Communication
• Machine Automation

Design

The W3F11A4718AT1F is a feed-through capacitor that features an ultra-low dielectric loss and low insertion loss for signal integrity. It is designed to maximize power levels with minimal temperature increase. It uses a dielectric and terminals that are optimized to provide the maximum temperature rating and the highest possible power transfer. The capacitor features a high-temperature rated insulation voltage, which ensures reliable operation.

Working Principle

The W3F11A4718AT1F is a feed-through capacitor that uses an insulating material to separate two terminals. This separation creates an impedance between the terminals, allowing the device to store energy. As the capacitor charges and discharges energy, an electric current passes through the device, creating an electromagnetic field. This electromagnetic field has an effect on the surrounding area. For example, if a capacitor was placed next to an antenna, it could be used to improve reception by controlling how the signal is distributed.

Components

The W3F11A4718AT1F has two components: a lead-in and a lead-out. The lead-in is the terminal at which the electrical current is introduced into the capacitor, while the lead-out is the terminal at which the electrical current is taken out of the capacitor.

Conclusion

The W3F11A4718AT1F is a feed-through capacitor that provides reliable power delivery for high power applications. Its temperature safety rating ensures reliable performance in extreme conditions. It effectively stores and distributes electrical current, allowing it to be used in a variety of electronic and communication applications.

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