SU9V-07010

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Common Mode Chokes are an important component in various power electronic circuits, such as DC/DC converters, line reactors, EMI filters etc. SU9V-07010 is a common mode choke which plays a critical role in such applications, providing tremendous benefits while adding cost efficiency.

The application fields for SU9V-07010 mainly include DC/DC converters, SMPS/UPS, EMI filters, automotive electronics and power supplies. This choke is a common type of power choke which is great for reducing interference on the power line in many different applications. Some of the benefits of this common mode choke are that it is small in size, has very low resistance, and is capable of handling extremely high current surges.

In terms of features and specifications, the SU9V-07010 has an operating temperature range from -40°C to +105°C, a rated voltage of 400V and a rated current of 11A. Its low resistance is achieved by using a multi-layered coil made of high quality copper wire with a coating of aluminium. This arrangement keeps the resistance low and also enhances high-frequency energy filter performance. The choke has a very broad frequency range, covering up to 1MHz which makes it suitable for all applications related to power electronics.

A working principle of this choke is that the energy passes through the coil which is then converted to electromagnetic field by the inductance of the circuit. The high frequency energy is then filtered out by the magnetization, thus allowing only the necessary energy to pass through. This is the principle used by SU9V-07010 to stop high frequency interference and noise from affecting the power system.

In conclusion, the SU9V-07010 is a great common mode choke with various applications in different circuits like DC/DC converters, EMI filters, line reactors and power supplies. It has good operating and low resistance characteristics, and is capable of handling high frequency noise.This choke is a great way to reduce interference on the power line and allows only the necessary energy to pass through.

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