A manufacturing method for a cable assembly, comprising:
- providing a first cable, which comprises a first cable core, a first protective layer and a first shielding layer, wherein the first protective layer is disposed on an outer side of the first cable core, and the first shielding layer is disposed on an outer side of the first protective layer;
- peeling off the first shielding layer and the first protective layer at a first end of the first cable to expose the first cable core;
- providing a second cable, which comprises a second cable core, a second protective layer and a second shielding layer, wherein the second protective layer is disposed on an outer side of the second cable core, and the second shielding layer is disposed on an outer side of the second protective layer;
- peeling off the second shielding layer and the second protective layer at a first end of the second cable to expose the second cable core;
- connecting a first end of the first cable core and a first end of the second cable core;
- providing a shielding connection assembly, which comprises a conductive device, a first shielding internal device, a first shielding middle device, a second shielding internal device and a second shielding middle device;
- disposing the first shielding internal device on an outer side of a free end of the first shielding layer, and everting the free end of the first shielding layer so that an everted portion of the first shielding layer is attached to an outer wall of the first shielding internal device;
- disposing the second shielding internal device on an outer side of a free end of the second shielding layer, and everting the free end of the second shielding layer so that an everted portion of the second shielding layer is attached to an outer wall of the second shielding internal device;
- disposing a first end of the conductive device on an outer side of the everted portion of the first shielding layer, and disposing a second end of the conductive device on an outer side of the everted portion of the second shielding layer;
- disposing the first shielding middle device on an outer side of the first end of the conductive device;
- disposing the second shielding middle device on an outer side of the second end of the conductive device;
- and
- welding the first end of the conductive device and the everted portion of the first shielding layer between the first shielding internal device and the first shielding middle device, and welding the second end of the conductive device and the everted portion of the second shielding layer between the second shielding internal device and the second shielding middle device;
- or, crimping the first end of the conductive device and the everted portion of the first shielding layer between the first shielding internal device and the first shielding middle device, and crimping the second end of the conductive device and the everted portion of the second shielding layer between the second shielding internal device and the second shielding middle device;
- or, abutting the first end of the conductive device and the everted portion of the first shielding layer between the first shielding internal device and the first shielding middle device, and abutting the second end of the conductive device and the everted portion of the second shielding layer between the second shielding internal device and the second shielding middle device.