IP4251CZ8-4,118

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EMIs and RFIs can cause severe disruption to electronic devices. To protect your electronic devices from these disruptions, you will need EMI/RFI filters, also known as LC (Low-Pass) and RC (High-Pass) networks. The IP4251CZ8-4,118 is one such EMI/RFI filter, designed to provide reliable protection for your devices and reduce the amount of interference they are exposed to.

The IP4251CZ8-4,118 is a surface mount, high-precision, low-cost EMI/RFI filter. It is used in electronic equipment that requires high quality filtering performance in order to suppress noise and reduce interference. The filter offers excellent rejection by its carefully chosen capacitance and inductance values, as well as its unique design.

The working principle of the IP4251CZ8-4,118 is based on its combination of 10 inductors and 20 capacitors in an LC (low-pass) network. The inductors form the primary filter network, which is designed to reject frequencies above certain threshold while allowing lower frequencies to pass through without any noticeable attenuation. The second filter network, which consists of several capacitors, is designed to reject frequencies below the threshold.

The IP4251CZ8-4,118 is intended to be used in a wide range of electronics applications. It can be used for boards that use digital logic, microprocessors, and other types of digital ICs. It can also be used in analog and mixed-signal circuitry, as well as in radio frequency equipment and power supply circuits. Additionally, it can be used in industrial control systems, medical electronics, military applications, consumer electronics, and automotive electronics.

The IP4251CZ8-4,118 is a reliable and cost-effective EMI/RFI filter that is suitable for a variety of electronics applications. Its combination of inductors and capacitors provide effective EMI/RFI suppression, while its unique design ensures low insertion loss and high return loss. Furthermore, it is easy to install, making it an ideal choice for a variety of electronics applications.

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