NFM41CC101U2A3L Filters

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Feed through capacitors are electronic components that are used in various applications to allow electrical signals to pass through them. The NFM41CC101U2A3L capacitor is a miniature feed through capacitor designed for use in radio frequency applications where size and capacitance are critical. This capacitor provides excellent characteristics for radio applications, where high performance and low parasitics are required.

In radio applications, the NFM41CC101U2A3L capacitor operates as a filter, blocking undesired high frequencies while allowing communication signals to pass through. The frequency range of this capacitor extends from 0.5 to 40.0 MHz, and the capacitance range is from 10 to 100 pF with a maximum DC voltage rating of 250 V.

The NFM41CC101U2A3L is an ideal choice for general-purpose programmable logic controller (PLC) applications where low parasitics and high RF power isolation are required. It is also suitable for use in oscilloscope and coaxial cable applications. Other applications include radio frequency (RF) immunity testing, spectrum analyzers, RF receivers, and base stations.

The operating principle of the NFM41CC101U2A3L capacitor is quite simple. When a signal is applied to the input, the capacitor passes it through its electrodes and out the other side, thus allowing the signal to reach its destination. The capacitor functions as a filter, blocking any frequencies that are too high for the application while allowing desired frequencies to pass through. The capacitor also helps to reduce interference from other sources by blocking out these signals.

The NFM41CC101U2A3L capacitor is a reliable, high-performance component with excellent characteristics for radio frequency applications. It offers low parasitics and high power isolation, making it an ideal choice for PLCs and other applications in which size and capacitance are critical factors. It is also suitable for numerous other applications, such as frequency testing, spectrum analyzers, receivers, and base stations.

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