2026-08-28
I-PEX 82649-100B-02-D ultra-fine coaxial cable assembly, according to the corresponding product information, this model belongs to the I-PEX CABLINE®-CA series ultra-fine coaxial cable assembly soluti...
2026-08-28
I-PEX 82859-100B-02-D is a very thin coaxial cable assembly model defined as 12Pin, AWG40, 100mm, 1-N line position in the CABLINE®-CA series, and its matching cable end connector model is 20634-112T-...
2026-08-28
I-PEX 82976-100B-01-D this 300mm ultra-fine coaxial cable assembly solution, the cable end uses the 20634-210T-02 connector, when actually carrying out domestic compatibility replacement, it is more i...
2026-08-28
For example, the I-PEX 82975-100B-01-D type CABLINE®-CA series ultra-thin coaxial cable assembly, its matching cable end connector model is 20634-210T-02, and the cable specification compatible with t...
2026-08-28
Engineers and purchasers of I-PEX 82974-100B-01-D alternative products are recommended to select based on the core of "connector compatibility + wire matching + electrical performance + mechanical dim...
2026-08-27
I-PEX 82858-100B-02-D is a model belonging to the CABLINE®-CA series 10Pin ultra-thin coaxial cable assembly, using 40AWG Micro-Coaxial Cable, with a cable length of 300mm, and wire position
2026-08-27
I-PEX 82434-100B-02-D is an evaluation model of the CABLINE®-CA series 10Pin Micro-Coaxial ultra-thin coaxial cable assembly, using 40AWG ultra-thin coaxial wire, 200mm in length, 1-N P
2026-08-26
I-PEX 82857-100B-02-D belongs to the CABLINE®-CA series evaluation ultra-fine coaxial cable assembly, using 10Pin, Micro-Coaxial ultra-fine coaxial, AWG#40, 100mm length, 1-N Pin Assi
2026-08-26
I-PEX 82680-100B-02-D belongs to the CABLINE®-UM series ultra-thin coaxial cable assembly application solution, and is matched with the 20878-070T-01 connector at the cable end. The connector uses a h...
2026-08-26
I-PEX 83045-100B-01-D is a CABLINE®-UM series ultra-thin coaxial cable assembly defined by 60Pin, 40AWG, 1-1 wire position, and its replacement focuses not on simply copying the product shape, but on ...
