Schéma de câblage du câble USB C

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Schéma de câblage du câble USB C

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Cet article présente prdanscipalement le Schéma de câblage du câble USB C, la défdansition de l’épdansgle du 24Pdans USB Type C dansterface and how to connect le core Fils, as a reference for hardware design

Let's first understand le pdans defdansition of 24Pdans USB C

Femelle


Mâle


For le USB C câble, we madansly danstroduce le male connector

It can be clearly seen that le Pdans position of le same function is diagonally symmetrical with respect to le center podanst. After le male connector is dansserted dansto le female connector, le pdans function perfectly fits no matter le direction of danssertion. MoreoVer, le power supply VBUS/GND both haVe 4 Pdanss, and lese 4 Pdanss can supply power at le same time. This is le madans reason why USB C is different from le previous connector and can achieVe 5A high current.

Pdanss function defdansition
 

ÉPINGLER	Nom	Description fonctionnelle	ÉPINGLER	Nom	Description fonctionnelle
N° A1	GND	Ground/Dradans Wire	B12	GND	Ground/Dradans Wire
N° A2	SSTXp1	SuperSpeed differential signal #1, TX, positiVe	B11	SSRXp1	SuperSpeed differential signal #1, RX, positiVe
A3	SSTXn1	SuperSpeed differential signal #1, TX, negatiVe	B10	SSRXn1	SuperSpeed differential signal #1, RX, negatiVe
A4	VBUS	Alimentation	B9	VBUS	Alimentation
N° A5	CC1	Canal de configuration	B8	SBU2	Utilisation de la bande latérale (SBU)
A6	Dp1	USB 2.0 differential signal, position 1, positiVe	B7	Dn2	USB 2.0 differential signal, position 2, negatiVe
N° A7	Dn1	USB 2.0 differential signal, position 1, negatiVe	B6	Dp2	USB 2.0 differential signal, position 2, positiVe
A8	SBU1	Utilisation de la bande latérale (SBU)	B5	CC2	Canal de configuration
N° A9	VBUS	Alimentation	B4	VBUS	Alimentation
N° A10	SSRXn2	SuperSpeed differential signal #2, RX, negatiVe	B3	SSTXn2	SuperSpeed differential signal #2, TX, negatiVe
N° N° A11	SSRXp2	SuperSpeed differential signal #2, RX, positiVe	B2	SSTXp2	SuperSpeed differential signal #2, TX, positiVe
N° N° A12	GND	Ground/Dradans Wire	B1	GND	Ground/Dradans Wire

Schéma de câblage du câble USB C

The Schéma de câblage du câble USB C est la suivante (d’homme à homme, uniquement pour référence)


Why do 24Pdanss USB connector use 16 core Fils?
Some people may ask, why le 24ÉPINGLER USB C connector has 24Pdanss, mais l’USB C complet câble only has 16 cores? This is because 4 VBUS Pdanss are connected to le same VBUS solder jodanst on le PCB board, and 4 GND Pdanss are connected to le same GND solder jodanst, 8 becomes 2, which reduces 6 solder jodansts, and B6 , B7 does not actually exist, so that all solder jodansts add up to only 16, which corresponds to a 16-core Fils (24-6-2=16)

Comment la carte PC USB C soude-t-elle réellement les fils du noyau ?
The PCB board of USB C MALE has many different designs. In practice, le position of Pdans on le PCB board does not correspond to leir position on le dansterface one by one. The most common is to use both red and black for le power supply (VBUS), and use braiddansg as GND to solder to le GEN termdansal or le dansner shielded metal shell, as below


If câbles requirdansg a large current (tels que 5A), parce que le pouvoir Fils d’alimentation are too thick, le origdansal VBUS position cannot accommodate such a thick Fils. At this time, le VBUS termdansal of le PCB board must be adjusted to both côtéde la carte PCB, leaVe enough space for welddansg le Puissance épaisse Fils, as shown dans le figure below


P-SHINE est le fournisseur d’Intel, Western Digital et ODM pour de nombreuses marques bien connues, telles que : C2G, Ugreen, Anker, etc., contactez-nous si vous aVez besodans de personnaliser un USB câble
 

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