HM36-12111R4LFTR13

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Fixed InductorsFixed inductors, such as HM36-12111R4LFTR13, are passive electronic components used in electrical circuits for filtering, tuning and coupling applications. Inductors create a limit to the frequency range of a circuit. They are constructed from a coil of insulated wire wound on a core of ferrite, air or other materials. This creates a magnetic field that can shape the frequency response of a circuit, as well as helping to filter out unwanted frequencies.

The HM36-12111R4LFTR13 is a customer designed miniature inductor encased in plastic. It is designed to be used in high-frequency, high-current applications, with a high resistance to thermal stress. It has a higher peak current handling capacity than many other inductors, making it suitable for high current applications such as switching power supplies.

The HM36-12111R4LFTR13 has an operating temperature range of -25 to +85 degrees Celsius, and a peak current rating of 1.20 amps. The electrical characteristics of the device are designed to provide a maximum magnetic field of 0.35 milli-tesla and a minimum inductance of 11.2 nH. It is rated for a maximum DC resistance of 0.089 ohms, making it suitable for low-impedance applications.

The HM36-12111R4LFTR13 can be used in a variety of applications, providing electromagnetic shielding, filtering, and impedance matching. It is often used in switching applications, such as digital signal processing, power conversion, LED lighting, wireless networks, and telecoms circuitry. It is also used for automotive applications, such as fuel injection, electric vehicle motor control, and alternator control.

The HM36-12111R4LFTR13 works by inducing an inductance into a circuit in response to a varying current. Inductance is the property of an electrical component that determines the amount of magnetic field it creates in response to a flow of electricity. When the current passing through the inductor changes, it induces an electromotive force that generates a magnetic field. This creates a resistance to the flow of current, which limits the frequency range of the circuit.

The inductor\'s properties, such as the number of windings, the type of substrate and winding materials, and the core material, all affect its performance. The number of windings and the type of substrate the windings are wound on play a major role in the inductance value and the frequency response of the device. Additionally, different types of cores (such as ferrite or air) can be used to shape the frequency response of the inductor. The core material also affects the maximum current and power handling capacity of the device.

The HM36-12111R4LFTR13 is a highly efficient and reliable device, and is a simple way to add inductance to any circuit. Its high thermal stress and peak current handling capabilities make it suitable for a wide range of applications, from LED lighting to telecoms circuitry. It can be used for filtering, impedance matching, and electromagnetic shielding, making it a versatile and important component in any electronic circuit.

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