CDH53-220KC

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Fixed inductors are electrical components that produce a magnetic field when a current passes through it. The CDH53-220KC is a type of fixed inductor designed to provide an effective, reliable, and low-cost solution for a variety of applications. This inductor is an optimized one manufactured in a high-accuracy production line, characterized by a reliable performance even in extreme environments.

The CDH53-220KC is a type 2 base-mounted inductor with a nominal inductance of 220 milli-henries. It has a rated current of 2.2 amps at a temperature range of -55°C to +105°C and a voltage rating of 500 volts. It is designed to dissipate 3 watts of power at 50°C and is constructed of a tinned copper wire wound on a high-quality ferrite core. The inductor is designed with an axial lead type connection and is available in an open design.

The CDH53-220KC is an effective solution for a variety of applications such as DC-DC voltage converters, power supply filters, onboard and offboard rectifier circuits, and output stage for switch mode power supplies. The inductor is designed to operate at a frequency range of 40kHz to 200kHz and is suitable for use in automotive and commercial applications. The high-quality metal bar body provides additional shielding against interference as well as thermal stability. Additionally, the inductor is designed to provide superior EMI suppression.

The CDH53-220KC operates on the principle of induction, where the current running through the inductor produces a magnetic field. This magnetic field is then used to convert electrical energy from a primary current into a secondary current. This process is known as inductive coupling. This is essential in applications such as DC-DC converters, where it is necessary to convert a DC voltage to a AC voltage.

In conclusion, the CDH53-220KC is a reliable, low-cost, and high-accuracy fixed inductor designed for a variety of applications ranging from DC-DC voltage converters, power supply filters, and more. It is designed with an optimized winding process and has an excellent temperature stability rating that ensures reliable performance in extreme conditions. Additionally, its axial lead type connection and metal bar body provide superior shielding against EMI interference. The inductor operates on the principle of induction, where the current running through the inductor produces a magnetic field that is used to convert electrical energy from a primary source into a secondary source.

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