High-temperature non-coupling dual-power inductor and manufacturing method thereof

Abstract

The invention discloses a high-temperature non-coupling dual-power inductor and a manufacturing method thereof. The inductor is formed by combining an inductance magnet and two inductance conductors,two conductor fixing grooves are formed in the inductance magnet, the two inductance conductors are embedded in the two conductor fixing grooves respectively; and connecting pins on the two inductanceconductors are bent and attached to the circumferential side face of the inductance magnet. Two grounding devices are further fixedly arranged in the peripheral side of the inductance magnet, and grounding pins on the two grounding devices are bent and attached to the lower end face of the inductive magnet. According to the high-temperature non-coupling dual-power inductor, the size and occupiedspace of a finished product are reduced, the inductor is suitable for various circuit structures, the flexibility of an inductor device in the setting and using process is high, and application scenesare rich.

Description

technical field [0001] The invention relates to a high-temperature inductance device, in particular to a high-temperature non-coupling dual-power inductance and a corresponding manufacturing method thereof, belonging to the technical field of inductance processing. Background technique [0002] Inductor is the most common component in electronic equipment, and it is also one of the important components in the circuit. It is widely used in various circuits and can achieve the functions of filtering, energy storage, matching and resonance. [0003] With the continuous development of technologies such as the Internet and the Internet of Things in recent years, the update iterations of various hardware devices have become increasingly frequent, and the data processing capabilities have increased day by day. Towards the trend of integration and miniaturization. Since this type of hardware device has high requirements for stability during operation, the requirements for its exter...

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Problems solved by technology

However, due to the particularity of the inductance device, changing the orientation of the pins also means changing the orientation of the conductors such as its internal coils, which will change the direction of the magnetic field generated by the power inductor during subsequent operation, making it difficult to ensure the high In the application scenario of integration and extremely tight arrangement of components, it will not affect the normal use of other components inside the device

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