B57236S0809L002

Inrush Current Limiters (ICL) have become increasingly popular for many applications ranging from medical devices to industrial equipment to consumer electronics. The B57236S0809L002 ICL provides both inrush current limiting and surge protection capabilities and is designed to reduce the risk of component failure caused by sudden power surges. The B57236S0809L002 allows for higher current ratings in electrical systems, ensuring that the system will continue to operate reliably even when exposed to higher inrush currents or surges.The B57236S0809L002 works by using an advanced hysteresis control circuit to limit the inrush current to a safe level. The hysteresis control circuit works by sensing the peak voltage of the current and adjusting the current based on the desired limit. This feature makes the B57236S0809L002 ideal for applications where reliable protection against power surges is needed. The peak voltage sensing also prevents any unintended current reactance that could be caused by relay noise or other sources.The B57236S0809L002 is a common application of ICLs in positive and negative voltage applications. It is able to provide a constant current protection at high voltage levels, that is independent of voltage output. This protection can be used in applications such as the surge protection of computer CPUs, motors, relay circuits and many other electronics.As mentioned earlier, the B57236S0809L002 is used to limit the maximum inrush current to a pre-set level. This is achieved by reducing the current across the device when its peak voltage exceeds a certain value. When the peak voltage is below the pre-set limit, the current will be gradually increased until the peak voltage reaches the pre-set limit. This ensures that the current will not exceed the pre-set limit, and thus provides more reliable protection from current surges.The use of the B57236S0809L002 inrush current limiter also has the additional advantages of providing improved switching noise immunity and reduced power losses due to switch inductance. In addition, the overcurrent protection that the B57236S0809L002 provides also helps to reduce the risk of total system failure in the event of a surge. This makes the B57236S0809L002 ideal for use in a wide range of applications.