Combined type high-frequency transformer framework
A high-frequency transformer, combined technology, applied in transformer/inductor parts, transformer/inductor coils/windings/connections, electrical components, etc., can solve the problem of single use of skeleton, multi-time and labor costs, and inconvenient production and other problems, to achieve the effect of reducing production costs and skeleton costs, avoiding continuous rewriting and debugging, and increasing the scope of application
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Embodiment approach 1
[0028] The first implementation mode is: a combined high-frequency transformer coil bobbin, which is suitable for a fully automatic winding bobbin. Primary and secondary coils can be wound on the winding shaft in the winding area 3 of the bobbin body 2. There are five terminals on one side of the bobbin Pin 5 has five wire passage slots 8, and each side of each terminal pin 5 corresponds to a wire hanging bump 7 for hanging wires, so the primary winding incoming and outgoing wires can be allocated to separate wire passage slots 8, which can avoid winding gaps between windings. A short-circuit accident occurs; there are five terminal feet 5 on the secondary side of the skeleton, and four wire slots on the primary side; insert the magnetic core 41 into the core hole of the skeleton, and assemble the magnetic core 41 and the skeleton body 2 with the coil and the base 1 Together, there are four fasteners 11 on the base, and a quick connection clip 10 is provided on the base 1 for e...
Embodiment approach 2
[0033] The scheme of the second embodiment is as follows: the base 1 adopts a split structure design and is formed by splicing two halves. This makes assembly easier.
[0034] The horizontal and vertical skeletons of the combined high-frequency transformer can realize automatic production after unifying the size specifications of the winding area 3 and the window size of the magnetic core 41. It can simplify the traditional high-frequency transformer operation process, and realize the integrated mechanical operation of the winding operation of the winding, soldering, magnetic core assembly, magnetic core tape, comprehensive electrical performance test, withstand voltage test, and dipping of insulating varnish.
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