HCTR-373

HCTR-373 is a type of fixed inductor, a passive electronic component that stores energy as an electromagnetic field. The HCTR-373 inductor is mainly used in the fields of aerospace, military, instrumentation, and energy area. It is suitable for a wide frequency range and operates at temperatures up to 200°C.

The HCTR-373 Inductor works on the principle of electromagnetic induction. When a current passes through the inductor, an electromagnetic field is created around it. This creates a secondary current, which is returned to the source, and this is known as electromagnetic induction. The intensity of the secondary current is dependent on the inductance of the inductor, as well as the rate of change of the applied voltage.

The HCTR-373 Inductor provides an efficient energy transfer from the source to the load. It is perfect for use in high frequency applications, as it is able to provide a high-integrity signal between the source and load. It has a low resistance and is able to provide a high load current up to 50A. It also has a temperature coefficient of +50 ppm/°C, so it is well-suited for use in temperature extremes.

The HCTR-373 Inductor has an excellent thermal management capability, allowing it to dissipate heat from the source to the load. It is also able to prevent reverse current, which is important when powering high-power devices. It also has a high signal-to-noise ratio, which is important for low-noise designs.

The HCTR-373 Inductor is able to work with a wide range of voltage levels, from -200VDC to +200VDC. It is also able to handle high power applications, with the ability to withstand maximum power dissipation up to 50 watts. It also has a low DC resistance, which is important for high-current designs.

The HCTR-373 Inductor is a versatile and reliable component for a variety of applications. It is able to provide an efficient energy transfer from the source to the load. It has a low DC resistance and a high signal-to-noise ratio. It is also able to dissipate heat from the source to the load. It has an excellent thermal management capability, which is important for designs that require high power dissipation. Finally, it is able to handle high frequencies and temperatures.