Common mode or differential mode inductor, manufacturing method thereof and circuit system
A differential-mode inductor, common-mode technology, used in the field of manufacturing common-mode or differential-mode inductors, can solve problems such as reducing system reliability, difficult to wrap magnetic cores, and high-tolerance dimensional changes
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0116] first reference Figures 5a-5d , the inductor 100 has three main parts: the magnetic core 102 , the coil 104 and the support device 110 . These parts will be described in detail below.
[0117] Core 102 as Figure 5d As shown, it is cylindrical, having a first end face 102a, a second opposing end face 102b, and a longitudinal central axis I1 defined by an opening 102d passing through the magnetic core 102. The outer side between the first end face and the second end face is designated 102c.
[0118] Figure 5e Another magnetic core 102 is shown, which is annular and has an elliptical cross-section. End faces 102a, 102b, opening 102d, outer side 102c are also Figure 5e Instructions.
[0119] Additionally, the magnetic core 102 may be a cylinder with chamfered edges, or it may even be annular.
[0120] The coil 104 includes an insulated wire 105 wound around a magnetic core 102 with a plurality of turns a1, a2, . . . , aN. The insulated wire 105 has two ends 105a...
Embodiment 2
[0151] now refer to Figures 7a-7d . Only the supporting device 110 and the magnetic core 102 are shown here, and the coil is not shown.
[0152] The support device 110 here comprises a base element 112 and a PCB contact surface 113 . However, the support means 110 here only comprises a single alignment element 120 . A single alignment element 120 must here have distal ends 120a extending in two different directions, ie the distal ends 120a themselves must define an alignment plane AP.
[0153] Here the single alignment element 120 is disposed through the opening 102d of the magnetic core 102 . The end face 121 defining the alignment plane AP is substantially circular. Also shown, the alignment element 120 includes a slit 122 at its end for receiving the spacer element 140 .
[0154] The coil spacer 140 includes an alignment surface 142 which will be aligned with the alignment plane AP during the manufacturing step of pushing the coil (together with the magnetic core) int...
Embodiment 3
[0156] now refer to Figure 9a and Figure 9b . Here, the supporting device 110 further includes a third alignment element 128, the proximal end 128b of which is connected to the base element 112, and the distal end 128a is disposed at a third distance from the PCB contact surface 113, wherein the distal end of the first alignment element 120 120a, distal end 125a of second alignment element 125, and distal end 128a of third alignment element 128 collectively define an alignment plane AP.
[0157] The third alignment element 128 is disposed here to pass through the opening 102d of the magnetic core 102 , which is similar to the second embodiment above. Therefore, this third embodiment can be regarded as a combination of the above-mentioned first and second embodiments.
PUM
| Property | Measurement | Unit |
|---|---|---|
| diameter | aaaaa | aaaaa |
Abstract
Description
Claims
Application Information
Login to View More