HM67-B5R0LFTR13

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Common Mode Chokes are one of the most common installations for high frequency applications, and the HM67-B5R0LFTR13 is one of the most popular models due to its excellent performance and reliability.

The HM67-B5R0LFTR13 Common Mode Choke is designed for both switching and linear applications, and can be used up to 2GHz frequency range. The HM67-B5R0LFTR13 can be used as both a differential mode and common mode filter and is suited for use in High Frequency, High Voltage, and High Current applications.

The primary purpose of the HM67-B5R0LFTR13 is to limit the flow of common mode currents while allowing the differential mode currents to pass through. Common mode currents are those that flow from one line to the other, while differential mode currents are those that pass through one line and return through the other. In some applications, a common mode choke is used to reduce interference between respective two lines.

The working principle of the HM67-B5R0LFTR13 relies on the two windings of wire, one for each input line. When differential mode currents pass through these two windings, there is no difference in the potential or voltage between the two windings. However, when common mode currents flow, there is an unequal potential or voltage between the two windings. This unique design allows the HM67-B5R0LFTR13 to limit the amount of common mode current that can pass through.

The HM67-B5R0LFTR13 has a wide range of applications, from consumer electronics to industrial machinery. It is often used in power supplies, motor drives, and other high frequency, high voltage, and high current applications. It can also be used to reduce interference, improve signal integrity, and for protection against overvoltage transients.

The HM67-B5R0LFTR13 is a highly reliable and efficient device, making it one of the most popular Common Mode Chokes on the market. Its robust construction ensures that it can handle a wide range of high frequency, high voltage, and high current applications with ease. It also offers excellent performance in terms of signal integrity, noise reduction, and overvoltage protection.

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