SFJEL1000105MX1

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Feed Through Capacitors are widely used in many electrical equipment applications. One of the most popular feed through capacitors is the SFJEL1000105MX1. It is used to reduce voltage drops in power distribution systems, provide additional filtering of high frequency interference, and protect the power source from overvoltage.

The SFJEL1000105MX1 is a low capacitance ceramic feed through capacitor with a total capacitance of 0.47μF. It has a maximum operating voltage of 2000VAC and a power rating of 250VAC. Its low inductance results in a high amount of capacitive coupling between components. This also results in a low series resistance which is beneficial when using the device with power supplies.

The SFJEL1000105MX1 is constructed from two layers of electrodes and ceramic material. The electrodes are attached to the capacitor terminals. The electrodes are layered on the ceramic material that acts as the dielectric. The capacitance of the SFJEL1000105MX1 is determined by the size of the electrodes and the dielectric material.

The SFJEL1000105MX1 is typically used in applications that require very low power ratings. Its high capacitance allows it to provide a low level of voltage drop in power distribution systems. It can also be used to provide additional filtering of high frequency interference and protect the power source from overvoltage. Because of its low capacitance, it is also suitable for applications that require large current flows.

The SFJEL1000105MX1 has a maximum operating temperature range of -20C to 125C. It is capable of withstanding shock and vibration up to 600g. It is also protected from corrosion and dust. With its low capacitance, the SFJEL1000105MX1 is able to provide an efficient power transfer with a very low level of distortion.

The SFJEL1000105MX1 feed through capacitor is widely used in many applications due to its low power rating, high capacitance, and low series resistance. Its ability to provide low voltage drops, protect from overvoltage, and filter out high frequency interference makes it ideal for many applications. Its low capacitance, high capacitance, and low series resistance ensures that it can provide a efficient power transfer with a low level of distortion.

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