HM62-3715150MLFTR

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Fixed inductors are components used in electronic circuits to store or channel electrical energy. The HM62-3715150MLFTR is one such inductor. This inductor has several features and advantages compared to other inductors. This article will focus on the applications and working principles of the HM62-3715150MLFTR.

Applications of the HM62-3715150MLFTR

The HM62-3715150MLFTR is generally used in applications where space and stability is an issue, such as oscillator and signal conditioning circuits. It can also be used for energy saving and noise reduction. This inductor is suitable for medium and high density electronic circuit boards, and can be used in power electronic converter circuits, such as switch-mode power supplies, automatically controlled AC and DC motor drives, power inverters, lighting ballasts, and regulators.

The HM62-3715150MLFTR can also be used for pulse and signal frequency conversion circuits, as well as pulse width modulation circuits, especially in the area of high-speed test instruments, photovoltaic inverters, robots, TV and auto electronic equipment, etc. It can also be used to shield various noisy environments with high magnetic fields.

Working Principle of the HM62-3715150MLFTR

The HM62-3715150MLFTR is made up of two symmetrical iron core pieces fixed together and air-gapped between them. The air-gap allows the two pieces to work together to create a stable magnetic field. When an AC current is applied to the inductor, a magnetic field is generated around the inductor which interacts with the current to oppose or reduce changes in current, forming an inductive effect. This reduces the rate of acceleration, creating an inductance, and allowing steady current and voltage to be maintained with very minimal fluctuation.

The HM62-3715150MLFTR also has a wide operating temperature range, which is very important for efficient and reliable operation in many electronic applications. It can operate efficiently between -55°C and 150°C, giving it the ability to perform in hostile environmental conditions. The high temperature rating also helps in applications that use high-voltage and high-frequency pulse currents.

The HM62-3715150MLFTR also has a low profile, with a total height of only 8.5mm. This helps to reduce the space requirements of electronic circuits, making the inductor ideal for high density circuit boards. This low profile helps to reduce the overall power consumption of the circuits, as the device can be placed closer and closer to the circuits for improved cooling efficiency.

Conclusion

In summary, the HM62-3715150MLFTR is a fixed inductor that is ideal for many applications. It has a wide operating temperature range and a low profile, making it suitable for many high-density circuit boards. The inductor is conventionally designed to provide stability and reduce changes in current, and can also provide current and voltage regulation in many applications. The application and working principle of the HM62-3715150MLFTR demonstrate its usefulness in many electronic applications.

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