SFSUC5000152MX0

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Feed Through Capacitors are electrical components designed to filter and block high frequency noise from passing through a circuit or a signal. They are usually used in applications where the signal must pass through a circuit with a high frequency noise component present in the signal. The SFSUC5000152MX0 is a series of feed through capacitors designed for use in general purpose applications.

The SFSUC5000152MX0 is a type of pass through feed-through capacitor. It is a non-polarized two-terminal device that is soldered directly to the printed circuit board. It is designed to reduce high frequency noise, such as EMI and RFI, from entering or exiting the circuit. The disposition and number of pins are determined by the customer’s requirements. The capacitance, in µF, is also adjusted to achieve the desired noise attenuation level.

The SFSUC5000152MX0 has a range of capacitance of 0.027 uF to 0.39 uF. It is a multi-layer ceramic feed through capacitor with 50V DC rated voltage and 1,000V peak working voltage. The maximum operational frequency is 4,000MHz. The device also has an operating temperature range of -55°C to 125°C, making it suitable for applications in extreme temperature environments.

The working principle of the SFSUC5000152MX0 is based on the principle that an alternating current signal can be blocked by high frequency noise if the noise frequency is outside the range of the signal frequency. The device works by creating a short circuit or an open circuit in the center of the capacitor. This results in a high frequency noise filter that attenuates signals from outside the range of the signal frequency. The device also filters radio frequency interference and electromagnetic interference from passing through the circuit.

The SFSUC5000152MX0 is a highly effective filter suitable for a variety of applications. This device is particularly useful in applications where a circuit with a high frequency noise component is present. It is also ideal for communication and control system applications, RF and microwave systems broadcasting, and data telecommunication systems that are exposed to interference from nearby high voltage lines.

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