HM28-24016LF

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

Common mode chokes (CM chokes) are electromagnetic components which are used to reduce common mode noise. They are used in a wide variety of applications, such as automotive, broadcasting, medical devices, and many other types of electronic systems. Among the CM chokes, HM28-24016LF has become one of the famous common mode chokes since it\'s used in a numerous of applications.

The HM28-24016LF is a three-core common mode choke with a total size of 5.7mm x 4.8mm x 2.9mm. It also belongs to the family of High Frequency Common Mode which is known for its own characteristics. The working principle of HM28-24016LF is based on the principles of electromagnetic compatibility (EMC). The core material of the choke is ferrite which has a high level of EMC. The main function of the choke is to reduce common mode noise in the range of 30–1000 MHz.

HM28-24016LF has a wide application range of application fields. In the applications related to automotives, the HM28-24016LF has been widely used in the motor control modules (MCMs). It reduces common-mode noise generated by the MCMs during the operation. In broadcasting and medical applications, the HM28-24016LF provides low-noise characteristics as well as high-speed operation. It is also suitable for high-frequency measurement systems, in which it can reduce the EMI generated by the system. In addition, the HM28-24016LF is also suitable for the communication systems, providing high signal integrity over a wide range of frequencies.

In sum, the HM28-24016LF is one of the popular common mode chokes available in the market. It has a wide application range in the automotive, broadcasting, medical, communication and other high-frequency measurement systems. This kind of common mode choke can provide excellent protection against common mode noise generated by the motor control modules and other systems.

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