SS30V-R300071

Common Mode Chokes (CMCs) are electrical devices used in many applications to reduce unwanted noise. The SS30V-R300071 is a CMC designed to block Noise disturbances from high power applications. Its construction makes it the perfect choice for critical applications in the industrial sectors, where noise immunity is essential. In this article, we will discuss the SS30V-R300071’s application field and working principle.

The SS30V-R300071 CMC has several applications in the industrial sector and the medical sector. It is a versatile device and can be used for multiple power and control circuits. In the industrial sector, the SS30V-R300071 CMC is used to reduce EMI (electromagnetic interference) for automation control systems, inverters, and motor drives. It is also used in the medical sector for superior noise immunity of monitoring systems and medical equipment. As it effectively filters out common mode noise, it is used to reduce emissions in high-powered applications.

The SS30V-R300071 CMC works on the principle of inductive noise rejection. It consists of two windings wound around a ferrite core. The windings are connected in series and are wound in different directions, to promote "opposite" currents. This is the key to successful noise rejection, because the opposite currents will result in cancellation of the noise disturbance. This feature allows the SS30V-R300071 to block common mode noise effectively.

The SS30V-R300071 CMC has low DC resistance. This allows it to handle currents up to 10 Amps and it also has a high temperature rating. It is a passive component, and can operate in temperatures up to 105°C. This makes it a robust device which can be used in demanding industrial and medical applications.

In summary, the SS30V-R300071 CMC is a versatile device with wide application in the industrial and medical sectors. Its inductive noise rejection principle enables it to effectively block common mode noise, while its low DC resistance and high temperature rating make it the perfect choice for demanding applications.