FLLD31K0APXI1

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

Power Line Filter Modules, also called line filter units, are an increasingly important part of electronic systems. The applications for these devices range from consumer applications such as TV sets and microwaves to industrial systems such as robotic applications and factory machines. The particular filter module being discussed in this article is the FLLD31K0APXI1.

The FLLD31K0APXI1 filter module is a multi-stage filter configured to be mounted directly on the line it is filtering. It is capable of filtering line components from one to the rated working frequency of 1 MHz. It is designed for operation in mixed-signal systems requiring optimization of noise in both analog and digital signals. The benefits of the FLLD31K0APXI1 module include improved signal integrity, increased system reliability, and improved EM compatibility.

The FLLD31K0APXI1 filter module works by creating a controlled, consistent, low-pass filter response across the frequency range of 1 MHz. The module consists of three filters, the first is a common-mode filter, the second is a differential-mode filter, and the third is a combined common-mode and differential-mode filter. Each filter is designed to provide a specific response across the frequency range, and the three filters are combined to create a consistent response. The response of each filter is tailored to the exact frequency range and type of application it is used for, allowing the module to be optimized for different applications.

The common-mode filter is designed to eliminate any common-mode signals on the line, such as noise or hum, that are propagating in the same direction as the desired signal. This eliminates any interference from the common-mode signals, and improves the signal-to-noise ratio on the line. The differential-mode filter is designed to suppress any differential-mode signals that are propagating in the opposite direction to the desired signal. It also reduces any interference from other electronic devices that are connected to the same line, and improves the overall signal-to-noise ratio.

Finally, the combined common-mode and differential-mode filter is designed to provide balanced high-frequency signals on the line. This provides consistent high-quality signals for the application, and ensures that the system performance is maximized. The response of the combined filter is also tailored to the specific application, allowing for further optimization.

In summary, the FLLD31K0APXI1 filter module is an increasingly important component in modern electronics. It is designed for operation in mixed-signal systems that require optimization of noise in both analog and digital signals. The module consists of three filters that are designed to provide a consistent low-pass filtering response across 1 MHz frequencies. The response of each filter is tailored to the exact frequency range and type of application it is used for, allowing the module to be optimized for different applications. The overall response of the module is designed to provide excellent signal integrity, increased system reliability, and improved EM compatibility.

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