SS11VL-R17036

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Common Mode Chokes are electromagnetic devices which are used to suppress differential-mode currents and allow common mode currents to flow. They are typically found in circuits that require power transfer while also suppressing EMI or high-frequency signals. The SS11VL-R17036 is an example of a common mode choke, and this article will discuss in detail its application field and working principle.

The SS11VL-R17036 is a 1-to-3 line common mode choke, designed for use in a wide range of applications in the automotive industry. It is designed for optimum attenuation of high frequency common mode electrical noises, such as engine noise, firing noise, switch stepping noises, alternator noise, and other AC/DC noise that occurs in vehicles. This common mode choke is suitable for 6V and 12V electrical systems, and has an current rating of 12A.

The SS11VL-R17036 features an optimized design that allows for a high degree of frequency attenuation while maintaining a physically small size, which is far more convenient and efficient for applications in the automotive industry. The device also features a lowDC resistance, making it ideal for power-line filtering applications. It is also insulated up to an operating temperature of 135 °C, and has excellent common mode noise noise suppression characteristics.

The working principle of the SS11VL-R17036 is quite simple, and is based on the basic principles of electrical current. A common mode choke works by blocking the flow of differential-mode current, while allowing common mode current to pass through unimpeded. It does this by inducing a magnetic field in the ferromagnetic core of the choke. This magnetic field interacts with the differential-mode currents, causing them to be suppressed, while allowing common mode currents to continue flowing through the device.

The SS11VL-R17036 is a high quality common mode choke, designed to provide robust noise and current attenuation in automotive applications. Its highly optimized design allows for a much higher degree of frequency attenuation while still maintaining a physically small size. It features excellent insulation properties and is designed to handle temperatures up to 135 °C. Its low DC resistance makes it ideal for high current applications, and its excellent common mode noise noise suppression characteristics make it an ideal choice for automotive applications.

The specific data is subject to PDF, and the above content is for reference