AOZ8075DI

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 AOZ8075DI is a high-performance EMI/RFI Filter component that efficiently combats the effects of interference and noise within communication equipment. This filter is a dual-pole, single-ended, fixed-pole, low-pass filter, which is based on a combination of LC networks and RC networks.

This EMI/RFI filter features two poles to eliminate noise above a specified frequency, and it has a dual-pole design which provides a better level of performance than single-pole filters. Additionally, the AOZ8075DI features an adjustable cut-off frequency, and a temperature-stable impedance. The filter has a high ETL level of up to 100dB, and it is designed to operate up to 20MHz.

The AOZ8075DI is an ideal choice for use in communication systems and applications, where EMI/RFI protection is required. Its dual-pole design ensures it provides an effective level of filtering for both EMI/RFI noise, and it is capable of operating up to 20MHz, which is suitable for many communication applications. Its adjustable cut-off frequency enables the filter to be easily tuned to the particular application requirements, and its temperature-stable impedance helps to maintain the filter\'s performance over a range of temperatures.

The AOZ8075DI EMI/RFI filter operates using a combination of LC and RC networks. An LC network consists of two or more inductors and two or more capacitors, and is commonly used to block high frequency noise. RC networks are also employed, and these consist of Resistors and Capacitors, and can be used to eliminate a range of frequencies from the signal. The combination of these networks provides a high level of EMI/RFI protection for the system.

In conclusion, the AOZ8075DI is a high-performance EMI/RFI filter components that offer excellent EMI/RFI protection for communication applications. It features a dual-pole design, adjustable cut-off frequency, and a temperature-stable impedance, and it is based on a combination of LC and RC networks. Additionally, its high ETL level ensures it provides an effective level of EMI/RFI protection, and it is capable of operating up to 20MHz, making it ideal for use in communication systems.

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