SS17HB-R05140

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Common Mode Chokes are types of electrical components used to eliminate common mode noise from power lines, data lines, and other electrical circuits. Common Mode Chokes are composed of several windings of coils, typically wound on one or more cores made of either ferrite or powdered iron components. This winding arrangement creates a magnetic field that acts as a filter, blocking the transmission of common mode noise.

The SS17HB-R05140 is a common mode choke designed for application in power lines, data lines, motor cables, and similar electrical circuits. This device features a ferrite core with multiple windings of copper wire that is externally rated at 8A (EN60924). It has a 30KV working voltage and an insulation resistance of 10MΩ. With these specifications, it is able to reduce common mode noise in a wide range of applications.

The working principle of the SS17HB-R05140 is relatively simple. When two or more switchable current sources or power lines share a common ground, they often produce common mode noise due to the interaction of the two or more sources. This type of noise can interfere and disrupt other electronic components operating nearby. The SS17HB-R05140 acts as a filter, blocking this common mode noise and allowing other circuits to operate without interruption.

The SS17HB-R05140 can also be used to suppress other types of electromagnetic interference (EMI) from power lines and data lines. It is able to reduce high-frequency noises from digital products and eliminate background noise caused by electrically noisy devices such as motors. In addition, it can also reduce noise generated by ground loops and common mode current that can be generated by a variety of devices and systems.

The SS17HB-R05140 is an ideal solution for reducing common mode noise in a variety of applications. Its combination of core material, electrical specifications, and working principle make it highly effective in eliminating common mode noise and other forms of EMI. Its high working voltage rating makes it suitable for use in a wide range of applications and its insulation resistance ensures that it will continue to perform even in harsh environments.

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