ACF451832-682-TLD01

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The ACF451832-682-TLD01 component falls into the broad category of EMI/RFI filters. This type of device are designed to prevent electromagnetic interference from affecting other components in the system. As part of the more specific LC, RC networks, this device contains inductor, capacitors and resistors.

When installed into an electronic system, this filter can interrupt the outgoing and incoming low frequency signals. By adding inductors and capacitors to form an LC filter, the signal\'s low frequency components will meet a high Ohmic resistance before issuing out of the system. And by adding resistors, the high frequency signals can be reduced to control the resonant frequency of the system. This will ultimately reduce the amount of EMI exiting the system, thus decreasing the possibility of interference with other components.

Depending on the specific setup of the filter, it can be customized for different applications. In this case, the ACF451832-682-TLD01 filter can be used for applications which require low common mode impedance and high differential mode impedance. Through its setup of inductors, capacitors, and resistors, this filter will be able to deliver a wide passband between 10 kHz and 10 MHz with low insertion loss and high common mode impedance, making it suitable for an assortment of low frequency applications.

As a whole, the ACF451832-682-TLD01 component is an important piece of the larger category of EMI/RFI filters. Much like its LC, RC siblings, this device is put in place to reduce the amount of EMI and prevent interference between components. As this component is specifically tailored to higher differential mode impedance and lower common mode impedance, it is well suited for more advanced applications. Furthermore, its setup can provide protection up to 10 MHz, making it capable of handling a wide range of low frequency tasks. This combined with its generally low insertion loss makes it an ideal choice for those looking for advanced filtering solutions.

The specific data is subject to PDF, and the above content is for reference