FN2060-16-07

FN2060-16-07 power line filter modules are specifically designed to protect sensitive electronic equipment from electromagnetic interference (EMI). These modules are built with three filter stages, each of which consists of inductor and capacitor elements, that filter common-mode and normal-mode noise.

The first filter stage uses two common-mode inductors connected in series with the power line. This stage filters out high frequency signals that may be coupled onto the power line. The second filter stage uses two normal-mode inductors connected in series with the power line. This stage filters out low frequency signals that may be coupled onto the power line. The third filter stage uses two capacitor elements connected in parallel with the power line. This stage filters out high frequency signals as well as low-frequency switching noise associated with certain loads.

The inductor and capacitor elements are arranged to filter out both common-mode and normal-mode noise. The inductors reduce the amplitude of high frequency noise while the capacitors reduce the amplitude of low frequency signals. The filter stages can be designed to optimize the frequency response for a particular application. The FN2060-16-07 power line filter can be used in a wide range of applications such as protecting sensitive electronic equipment from EMI in the industrial, consumer and automotive markets.

The FN2060-16-07 power line filter is designed to filter signals up to 1MHz and provides up to 25dB of EMI protection. It is designed to operate from 8V to 30V DC and has a power rating of 16A. The filter can be mounted on a variety of substrates, including DIN-rail, PCB, and panel mount. It is also compatible with most standard connectors and cables.

The FN2060-16-07 power line filter is a robust and reliable solution for protecting sensitive electronic equipment from harmful EMI. Its efficient design and low component count make it an ideal choice for high-volume, cost-sensitive applications. The filter is designed to meet exacting requirements for immunity and low interference, and has been tested to meet stringent EMC standards. It is an ideal choice for applications that require a robust and reliable solution for protecting against EMI.