PE-65738NLT

Common mode chokes, also known as common mode inductors or common mode filters, are passive electrical components that attenuate common mode noise, which is leakage of a signal through two conductors to a ground, in an electrical circuit. The PE-65738NLT is a type of common mode choke. It is a highly integrated solution for common mode noise suppression and has low core loss and low resistance.

The PE-65738NLT is a high-efficiency common mode choke that is designed to reduce noise in applications such as consumer electronics, industrial control, and automotive systems. The component has a wide operating temperature range of -55°C to +150°C, enabling it to be used in a variety of conditions. Additionally, the component can be used in a hazardous environment due to its low-power and flame retardant capabilities.

The working principle behind the PE-65738NLT is the inductive reactance produced by its core. The choke\'s core comprises of a carbon-fiber composite material with ferromagnetic particles, which is designed to reduce core loss and thereby hold a higher inductance. The imbalanced magnetic flux produced by the core creates an electric field, which produces the inductive reactance, effectively suppressing common mode noise.

The PE-65738NLT is rated as a low-loss common mode choke and has a low DC resistance. This allows the component to be used in system power supplies, as well as audio and video systems, where low noise levels are important. Furthermore, the component has a high frequency-response range of 10MHz to 100MHz, so it can be used in applications requiring such frequencies.

The PE-65738NLT is a high-efficiency, low-loss common mode choke, specifically designed for use in a variety of applications. Its core material helps to reduce core loss and hold a higher inductance, and its wide operating temperature range makes it suitable for hazardous environments. Additionally, its low DC resistance helps to reduce noise levels and its high frequency-response range makes it suitable for applications that require wide frequency bandwidths.