SFAJC5000680MC0

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Feed through capacitors are an important component in electronic systems, and the SFAJC5000680MC0 Capacitor is an example of this type of component. The SFAJC5000680MC0 is a ceramic feed-through capacitor that is specifically designed for the safety and filtering of radio frequencies (RF). This device is a low-impedance ceramic capacitor that features a high-temperature resistant, moisture-proof metal-clad package and an internal overlap capacitor.

The SFAJC5000680MC0 is used in a variety of applications, including the filtering of 50/60Hz power line noise in electronic circuits. This ceramic feed-through capacitor is often used in automotive electronics, industrial automation, audio and telecommunications systems, and medical devices. The device’s high temperature resistance provides superior performance in high temperature medical and safety-critical applications, such as in automotive and industrial safety systems.

The SFAJC5000680MC0 works by storing the electrons inside the capacitor’s body. During operation, the electrons move from the negative side of the capacitor to the positive side, creating an electronic field between the two electrical conductors. This field is what allows for the capacitor to act as a filter, blocking out unwanted frequencies and providing a clean power signal.

The SFAJC5000680MC0 feed through capacitor features superior performance versus its surface-mount equivalents. Its flow-through structure provides a much lower impedance to radio frequencies passing through, thus providing higher RF suppression. The device also features an easy to mount design, with leads that fit through standard 0.25-inch mounting holes and a quick-connect terminal that can easily be snapped into place.

The SFAJC5000680MC0 is an excellent choice for filtering power line noise in electronic systems. Its high temperature resistance, low impedance, and easy to mount design make it ideal for a variety of applications, especially in safety-critical automotive and industrial systems.

The specific data is subject to PDF, and the above content is for reference