SFAJL1000223MX0

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Feed Through Capacitors provide an immunity to certain high frequency signals that can enter a structure or system. This type of device has a wide range of applications, and is capable of suppressing and controlling various high frequency interferences. One of the most widely-used types of feed through capacitors is the SFAJL1000223MX0.

The SFAJL1000223MX0 is characterized by a low insertion loss and a wide range of operational voltage, high capacitance, and a symmetrical electrical connections for optimal performance. It has a dielectric strength of 1.8KV, a capacitance of 78nF, an inductance of 0.4mH, and a maximum operating temperature of 125°C. The device has a range of contact configurations, including a threaded, unthreaded, surface mounted, or a through-hole configuration.

In general, the working principle of feed through capacitors is quite simple. They are designed to allow high frequency signals to pass through the device while at the same time reducing the amount of energy that is transmitted. This is done by creating two parallel capacitors that act as a filter, effectively blocking high frequency interference signals while still allowing those within the desired frequency range to pass through. The SFAJL1000223MX0 is designed to provide an improved level of signal-to-noise ratio, providing increased immunity from high-frequency interference signals.

The SFAJL1000223MX0 can be used in a wide variety of applications, including automotive, industrial, and computer systems. It can be used to protect sensitive circuits from high frequency transients, reduce system resonance, and even as a filter for radio Broadcasting equipment. The device can also be used for power line noise / crest factor reduction and to reduce ground noise. Additionally, it can be used in combination with other noise reduction devices to reduce overall system noise.

In conclusion, feed through capacitors, such as the SFAJL1000223MX0, provide an effective solution for suppressing or controlling high frequency interference. Its high capacitance, wide operating voltage range, and symmetrical electrical connections enable it to perform at an optimal level for a wide variety of high frequency interference applications. Its compact size and wide range of contact configurations make it suitable for a wide variety of applications.

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