TF4930HU-403Y6R0-1M

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Common Mode Chokes, also known as CM Chokes, have become a widely applied and versatile component in the electrical industry. They are used for many applications, including power engineering, motor control and safety applications. The TF4930HU-403Y6R0-1M is a Common Mode Choke, one of the most popular types of CM Chokes. It is a single-phase differential mode choke designed to offer superior noise suppression and filtering performance.

The TF4930HU-403Y6R0-1M is used in various applications such as power supply filtering, data acquisition systems, motor control, automotive and aerospace applications. The choke features low insertion loss, low profile, wide operating temperature range, and high power handling capability. It is a robust and reliable component for many applications.

The working principle of the TF4930HU-403Y6R0-1M is based on the concept of common mode current. Common mode current is a type of current which flows through two circuits in the same direction. CM Chokes effectively suppress the common mode current, which is generated when an externally applied voltage creates a difference between the two circuits. The TF4930HU-403Y6R0-1M is designed to minimize the common mode current, which is channeled through the choke rather than into the circuits. This ensures better noise suppression and better protection for the circuits.

This choke also has a wide frequency range from DC to over 100 kHz. It supports power ratings up to 3 kW. Furthermore, this choke is designed with superior winding technology to reduce power losses and provide superior power handling capability. The TF4930HU-403Y6R0-1M has a robust construction and is designed to operate in harsh environmental conditions. It is also relatively easy to mount and requires minimal maintenance.

The TF4930HU-403Y6R0-1M is a highly versatile and reliable choice for power engineering, motor control and safety applications. It is highly efficient at suppressing common mode current, which makes it an ideal choice for filtering power supplies and controlling motor loads. Additionally, its robust construction and wide operating temperature range helps to make it a reliable component in harsh environments.

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