SS11VL-R04520

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Common mode chokes, also known as common mode noise suppression chokes, are electrical components designed to block electromagnetic interference (EMI) from power sources and other electric devices from affecting other circuits. SS11VL-R04520 common mode choke is designed for automotive applications, with a small size of 5mm x 5.3mm x 3.5mm. This model is ideal for systems with a large amount of electrical noise and a need for high efficiency.

A common mode choke consists of a coil of insulated wire wound around a ferrite core or bobbin. It works by blocking common mode noise in both directions, while allowing desirable signals to pass through unaffected. This is done by capacitively and inductively coupling the desirable signal and blocking the undesirable noise. These components are often used in power supplies, alternators, and vehicles to reduce noise levels.

SS11VL-R04520 has a high peak current rating of 34A, making it suitable for automotive applications. It also has a low temperature coefficient to ensure accuracy and stability of current delivery. The operating temperature range is -40°C to + 125°C, and the inductance ranges from 10uH to 470uH. In addition, this model complies with the automotive industry\'s standard E-Field test conditions.

In terms of working principle, the common mode choke acts as a filter. It works by passing the desired signal frequencies through the coil and blocking the undesired ones. The choke helps reduce common mode noise, which is typically found in automotive systems. This noise can be caused by alternators, electrical noise from power sources, and other sources. A common mode choke can also be used as an isolator, allowing only the desired signals to pass while blocking out unwanted ones.

The SS11VL-R04520 common mode choke is one of the most reliable and efficient automotive components currently available. It provides accurate current delivery and is suitable for a wide range of applications. With its high peak current rating and low temperature coefficient, it is an excellent choice for systems with high levels of electrical noise and a need for accuracy and efficiency.

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