HM72E-061R5LFTR13

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Fixed inductors are basic electronic components that are commonly used in high frequency circuits. They are usually composed of two sets of coils and two U-shaped iron cores separated by an air gap. The device is connected in series or parallel in the circuit and is used to create a magnetic field, the polarity of which depends on the direction of the current. HM72E-061R5LFTR13 is a type of fixed inductor which is widely applied to various types of circuits, especially in high-frequency power switching applications.

The HM72E-061R5LFTR13 has two coils wound on a layered nickel-zinc ferrite core with a rated inductance of 0.61µH ± 10%. This type of inductor can provide both reliable power and assured protection to circuits. Its construction and performance makes it capable of providing efficient operation. It is also available in a variety of impedance ratings, including: 6.8 Ohm, 100 Ohm, and 150 Ohm.

The HM72E-061R5LFTR13 is suitable for applications which require high-current, high-frequency circuit operation. It also offers protection against over-voltage, overload, and influences from external electromagnetic fields. It is commonly used in switch mode power supplies, DC-DC converters, cell phone charger power circuits, digital circuits, and vibration motors.

The working principle of HM72E-061R5LFTR13 is simple. When a current passes through it, a magnetic field is created in which a mutual inductance is formed between the two coils. This creates an impedance – the strength of which depends on the frequency of the current and the coupling – which causes the voltage across the inductor to decrease according to Ohm’s Law. In this way, the inductor functions as an opposition to changes in current and provides protection against excessive currents and voltage.

The HM72E-061R5LFTR13 is an example of an efficient and reliable fixed inductor which is widely used in various high frequency power switching applications. It is composed of two coils wound on a layered nickel-zinc ferrite core and offers protection against over-voltage, overload, and influences from external electromagnetic fields. Its working principle is based on creating a magnetic field in which a mutual inductance is formed between the two coils, which causes the voltage across the inductor to decrease according to Ohm’s Law.

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