B4001

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Common mode chokes are electronic components typically used in the power system to reduce the amount of common-mode noise created on the line.The B4001 is an active common mode choke developed to effectively suppress and reduce common-mode noise and interference on the power line. It is designed for applications where traditional common mode chokes are not suitable.The main feature of the B4001 is its active design. The active design ensures that this common mode choke responds to common-mode signals much more quickly than a traditional passive common mode choke. This makes the B4001 ideal for applications that require a fast and effective response time to reduce noise.The other key feature of the B4001 is its wide operating range. The device can operate from 15V to 400V input. This allows the B4001 to be used in a variety of applications, including LED lighting, solar energy inverter, industrial drives, motor controls, and industrial controllers.The B4001 common mode choke is designed to provide effective reduction of common-mode noise on the power line. It does this by providing an inductive common-mode filter that is able to block out common-mode noise and interference from other sources.This device also offers an innovative design, enabling the direct connection of an input and output on different points of the power line. This ensures that the common-mode noise is blocked out effectively, even in environments with high levels of electrical noise.The B4001 also provides an isolated solution to common-mode noise problems. This ensures that problems are solved without compromising the performance of the system.The B4001 also has a very low stand-by power consumption. This means that the device is efficient and cost-effective to use in energy-conscious applications.In summary, the B4001 is an advanced active common mode choke that is suitable for a wide variety of applications. It provides an effective reduction of common-mode noise on the power line, with an isolated solution to reduce the risk of noise interference. It also offers a low stand-by power consumption, making it cost-effective and energy-efficient. As such, it is the ideal choice for applications that need a fast and effective response to common-mode noise problems.

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