(1) Magnet connector, also known as magnetic connector, magnet connector, magnetic connector, magnetic connector, magnet charging head, etc.; one of the connectors widely used in electronic equipment, mainly the connection composed of PogoPin and magnet device. Through the structure design of magnet and magnet contact and attraction, a magnet-type connector with strong attraction force and suitable for small-sized structures and light and thin products is provided.
(2) Magnet connector, usually including a male end assembly and a female end assembly coaxial with the male end assembly, the male end assembly includes a first outer ring rubber part, a first ring rubber part, a first ring magnet and two a male PIN needle, a first annular magnet is embedded between the first outer ring rubber part and the first inner ring rubber part, and two male PIN needles are inserted through the first inner ring rubber part; the female end assembly It includes a second outer ring rubber piece, a second inner ring rubber piece, a second ring magnet and two female PIN pins, and a second ring magnet is embedded between the second outer ring rubber piece and the second inner ring rubber piece, Two female PIN pins are pierced through the second inner ring rubber piece; the first ring magnet corresponds to the second ring magnet, and the opposite end of the second ring magnet has opposite polarity, and the two male PIN pins are opposite to the second ring magnet. It should correspond to the two female PIN needles, and one end of the female PIN needle is provided with a blind hole for inserting the male PIN needle.
(3) The previous magnet connector includes an insulating body, a plurality of terminals and a magnetic body arranged on the insulating body. The front surface of the insulating body is formed with a mating surface, and the mating surface is arranged side by side with several terminal slots penetrating the insulating body. , the mating surface of the insulating body is provided with a U-shaped accommodating groove surrounding the terminals at intervals of each terminal slot, the magnetic body is in the shape of a U-shaped block corresponding to the accommodating groove of the insulating body, and the magnetic body is accommodated in the in the accommodating slot. The magnetic connector with this structural design has a large structure, a large height, a small suction force, and is not suitable for some small-sized structures, nor is it suitable for relatively thin and light products. In view of the deficiencies in the prior art, today, through the structure design of magnet and magnet contact and suction, a magnet connector with strong suction force and suitable for small-sized structures and light and thin products is provided, which easily solves the problem. The shortcomings of the past have greatly improved the convenience of charging points.