HM61-20272LFTR13

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Fixed inductors are electrical components consisting of two components: a wire coil and an iron core. The iron core helps the coil to focus the magnetic field, increasing the inductance; this allows for a higher quality, more uniform inductance than the bare coil could alone. Fixed inductors are convenient to use because they have a low resistance and are relatively inexpensive.

HM61-20272LFTR13 is one of the most popular types of fixed inductors and has many applications in various electronics.It is a 10mm radial leaded, radial inductor, capable of withstanding up to 15A of current and up to 20mH of inductance. It is typically used in DC-DC converters, as well as other devices that require high frequency conversion such as SMPS transformers, active filters and resonant converters. The inductor is also used for DC control in low frequency circuits.

The HM61-20272LFTR13 has a high current carrying capacity due to its wire size and iron core design. The core is designed to minimize the amount of magnetic field flux that escapes the inductor and ensures that the inductance value remains constant over a wide range of frequencies. This high current carrying capacity also helps to reduce power losses in long-distance applications.

The working principle of the HM61-20272LFTR13 is based on the number of turns of the coil and the core material. It is based on the principle of electromagnetic induction in which an electric current is produced in a conductor due to the presence of a varying magnetic field. When the current passes through the inductor coil, it produces a magnetic field that increases with the current. This voltage-dependent magnetic field induces the same amount of current in the opposite direction, meaning the inductor stores energy like a battery.

This energy is then gradually released back into the circuit as the coil\'s current decreases. This means that the inductor returns energy back into the circuit in the form of a current, and can have both positive and negative effects on the circuit depending on the frequency. Since the current that passes through the inductor is inversely proportional to the rate of change of the magnetic field, higher frequency signals tend to be less affected by the inductor.

The HM61-20272LFTR13 is an ideal choice for power electronics applications that require high current handling capabilities, such as DC-DC converters, SMPS transformers, and active filters. It is also suitable for low frequency applications, such as DC control circuits, and other applications where current needs to be regulated or stored. The high current carrying capacity of the HM61-20272LFTR13 ensures reliable operation and long-term stability.

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