PEMI2QFN/RG,115 Filters

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

EMI/RFI filters are used in applications for reducing electromagnetic interference from one system to another. The aim is to reduce the amount of unwanted interference from both the source and the receiving system. The most common applications are in mobile electronics, radio and television broadcast, and data transmission. There are various types of EMI/RFI filters, including LC filters, RC filters, ferrite bead filters, and others. The PEMI2QFN/RG,115 is one such filter which is used in many applications.

The PEMI2QFN/RG,115 filters are differential mode filters which are designed to reduce conducted emissions from the end gadgets such as smartphones and personal computers by limiting the bandwidth of the conducted interference. The filters work by shunting unwanted conducted noise and electromagnetic interference away from the transmitting device and to the system ground. This reduces the amplitude of any transmitted electronic noise and increases the signal-to-noise ratio. The built-in low pass filter reduces the amount of conducted noise in both directions in both receiver and transmitter circuits.

The EMI/RFI filter technology is used in a variety of applications. Some of the most common applications are in automotive electronics, consumer electronics, telecommunications, medical electronics, and aerospace. In the automotive industry, the PEMI2QFN/RG,115 filters are used to block unwanted EMI from interfering with other electronic components inside the vehicle. In telecommunications, they are used to reduce intentional and unintentional interference in telephone systems. In medical electronics, they are used to reduce the induced EMI between medical devices. And in aerospace, they are used to reduce EMI radiation from aircrafts.

In addition to the automotive, telecommunications, medical, and aerospace applications, the PEMI2QFN/RG,115 filters are also used in a variety of other applications. For example, they are used in audio equipment, GPS systems, industrial machinery, and testing equipment. They are also used in a wide range of military and defense applications such as radars, helicopters, and weapons systems.

The main function of the PEMI2QFN/RG,115 filter is to reduce conducted emissions and noise from electronic devices by limiting the bandwidth of the conducted interference. The built-in low pass filter reduces the amount of conducted noise in both directions in both receiver and transmitter circuits. The filter works by shunting the unwanted conducted noise and electromagnetic interference away from the transmitting device and to the system ground. This reduces the amplitude of the unwanted conducted noise and increases the signal-to-noise ratio.

The PEMI2QFN/RG,115 filter technology is very effective in applications where low-level signals are involved. The filter’s low insertion loss also makes it ideal for applications where higher frequency signals are present. The filter is also highly reliable and has good performance over the entire range of its specified operating temperature. In addition, the filter is lightweight and easy to install.

In conclusion, the PEMI2QFN/RG,115 filter is a highly effective EMI/RFI filter which is used in a variety of applications. It is designed to reduce conducted emissions from the end gadgets such as smartphones and personal computers by limiting the bandwidth of the conducted interference. The built-in low pass filter reduces the amount of conducted noise in both directions in both receiver and transmitter circuits. The filter is used in applications such as automotive, telecommunications, medical, and aerospace, as well as in audio equipment, GPS systems, industrial machinery, and military and defense applications. The filter is highly reliable and has good performance over the entire range of its operating temperature. It is also lightweight and easy to install.

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