YG003 - Revision history

Tina at 09:50, 28 May 2026

2026-05-28T09:50:20Z

← Older revision		Revision as of 17:50, 28 May 2026
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	==Overview==		==Overview==
	'''High-Current USB-C 16-Pin Breakout Board (5A Max)''' Simplify your Type-C integration with this durable, high-performance test socket board. Specifically upgraded to support up to '''5A''' high-current input, this adapter is the perfect solution for power-heavy DIY projects, fast-charging applications, and reliable data testing.		'''High-Current USB-C 16-Pin Breakout Board (6A Max)''' Simplify your Type-C integration with this durable, high-performance test socket board. Specifically upgraded to support up to '''6A''' high-current input, this adapter is the perfect solution for power-heavy DIY projects, fast-charging applications, and reliable data testing.

	'''<span class="tb_red">Note:</span> The headers are not pre-soldered and require DIY soldering.'''		'''<span class="tb_red">Note:</span> The headers are not pre-soldered and require DIY soldering.'''
	==Features==		==Features==
	*'''High-Current Optimized:''' Designed to handle up to '''5A''', with wide VBUS and GND traces for minimal heat and maximum stability in high-power DIY applications.		*'''High-Current Optimized:''' Designed to handle up to '''6A''', with wide VBUS and GND traces for minimal heat and maximum stability in high-power DIY applications.
	*'''Double-sided PCB:''' The '''dual VBUS and GND''' design ensures support for high current. A single VBUS channel can support an output of '''3A''', while two VBUS channels can support up to '''5A''' of current. ('''<span class="tb_red">Note:</span>''' Achieving 5A current requires both VBUS channels to be connected simultaneously.)		*'''Double-sided PCB:''' The '''dual VBUS and GND''' design ensures support for high current. A single VBUS channel can support an output of '''3A''', while two VBUS channels can support up to '''6A''' of current. ('''<span class="tb_red">Note:</span>''' Achieving 6A current requires both VBUS channels to be connected simultaneously.)
	*'''Dual 5.1kΩ Resistors (CC1/CC2):''' Integrated R1 and R2 pull-down resistors ensure your project is recognized as a power sink by any PD charger, enabling automatic 5V power output.		*'''Dual 5.1kΩ Resistors (CC1/CC2):''' Integrated R1 and R2 pull-down resistors ensure your project is recognized as a power sink by any PD charger, enabling automatic 5V power output.
	*'''Simplified 4-Pin Interface:''' Breaks down the complex 16-pin connector into 4 easy-to-use headers '''(VBUS, D-, D+, GND)''' plus back-side access to '''CC1/CC2''' for advanced testing.		*'''Simplified 4-Pin Interface:''' Breaks down the complex 16-pin connector into 4 easy-to-use headers '''(VBUS, D-, D+, GND)''' plus back-side access to '''CC1/CC2''' for advanced testing.

Admin: Replace with

2026-05-27T02:14:07Z

Replace <comments/> with <comment-streams />

← Older revision		Revision as of 10:14, 27 May 2026
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Admin: Replace with

2026-05-26T12:08:16Z

Replace <comments/> with <comment-streams />

← Older revision		Revision as of 20:08, 26 May 2026
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Harry: /* FAQ */

2026-04-24T11:21:14Z

FAQ

← Older revision		Revision as of 19:21, 24 April 2026
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			[[Category:Product Manual]]
			[[Category:DIY Electronics]]

Tina at 07:22, 5 March 2026

2026-03-05T07:22:32Z

← Older revision		Revision as of 15:22, 5 March 2026
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	{{GD Template Impl}}		{{GD Template Impl}}
	[[File:USB-Type-C-Female-IMG-0577-Packing-List.jpg\|thumb\|USB-C Breakout Board with Headers]]		[[File:USB-Type-C-Female-IMG-0577-Packing-List.jpg\|thumb\|USB-C Breakout Board with Headers]]
	~~[[File:USB-Type-C-Female-IMG-0547-1.jpg\|thumb\|USB-C Breakout Board]]~~
	[[File:USB-Type-C-Female-IMG-0577.jpg\|thumb\|USB-C Breakout Board Front]]		[[File:USB-Type-C-Female-IMG-0577.jpg\|thumb\|USB-C Breakout Board Front]]
	[[File:USB-Type-C-Female-IMG-0578.jpg\|thumb\|USB-C Breakout Board Back]]		[[File:USB-Type-C-Female-IMG-0578.jpg\|thumb\|USB-C Breakout Board Back]]

Tina: /* Packing List */

2026-03-05T07:13:59Z

Packing List

← Older revision		Revision as of 15:13, 5 March 2026
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	==Packing List==		==Packing List==
	'''Option A:'''		'''Option A:'''
	1x USB Type-C Female Breakout Board		1 x USB Type-C Female Breakout Board

	'''Option B:'''		'''Option B:'''
	1x USB Type-C Female Breakout Board,		1 x USB Type-C Female Breakout Board,
	2x Headers(Soldering is required)		2 x Headers(Soldering is required)

	==User Manual==		==User Manual==
	* How to make it work:		* How to make it work:

Tina at 07:08, 5 March 2026

2026-03-05T07:08:08Z

← Older revision		Revision as of 15:08, 5 March 2026
Line 15:		Line 15:
	==Features==		==Features==
	*'''High-Current Optimized:''' Designed to handle up to '''5A''', with wide VBUS and GND traces for minimal heat and maximum stability in high-power DIY applications.		*'''High-Current Optimized:''' Designed to handle up to '''5A''', with wide VBUS and GND traces for minimal heat and maximum stability in high-power DIY applications.
	*'''Double-sided PCB:''' The '''dual VBUS and GND''' design ensures support for high current. A single VBUS channel can support an output of '''3A''', while two VBUS channels can support up to '''5A''' of current. (Achieving 5A current requires both VBUS channels to be connected simultaneously.)		*'''Double-sided PCB:''' The '''dual VBUS and GND''' design ensures support for high current. A single VBUS channel can support an output of '''3A''', while two VBUS channels can support up to '''5A''' of current. ('''<span class="tb_red">Note:</span>''' Achieving 5A current requires both VBUS channels to be connected simultaneously.)
	*'''Dual 5.1kΩ Resistors (CC1/CC2):''' Integrated R1 and R2 pull-down resistors ensure your project is recognized as a power sink by any PD charger, enabling automatic 5V power output.		*'''Dual 5.1kΩ Resistors (CC1/CC2):''' Integrated R1 and R2 pull-down resistors ensure your project is recognized as a power sink by any PD charger, enabling automatic 5V power output.
	*'''Simplified 4-Pin Interface:''' Breaks down the complex 16-pin connector into 4 easy-to-use headers '''(VBUS, D-, D+, GND)''' plus back-side access to '''CC1/CC2''' for advanced testing.		*'''Simplified 4-Pin Interface:''' Breaks down the complex 16-pin connector into 4 easy-to-use headers '''(VBUS, D-, D+, GND)''' plus back-side access to '''CC1/CC2''' for advanced testing.
Line 29:		Line 29:
	==User Manual==		==User Manual==
	* How to make it work:		* How to make it work:
	[[File:USB-Type-C-Female-IMG-0578-1.jpg\|~~600px~~]]		[[File:USB-Type-C-Female-IMG-0578-1.jpg\|700px]]

	==FAQ==		==FAQ==

Tina: Created page with "{{GD Template Impl}} USB-C Breakout Board with Headers File:USB-Type-C-Female-IMG-0547-1.jpg|thumb|USB-C Breakout..."

2026-03-05T07:01:37Z

Created page with "{{GD Template Impl}} thumb|USB-C Breakout Board with Headers File:USB-Type-C-Female-IMG-0547-1.jpg|thumb|USB-C Breakout..."

New page

{{GD Template Impl}}
[[File:USB-Type-C-Female-IMG-0577-Packing-List.jpg|thumb|USB-C Breakout Board with Headers]]
[[File:USB-Type-C-Female-IMG-0547-1.jpg|thumb|USB-C Breakout Board]]
[[File:USB-Type-C-Female-IMG-0577.jpg|thumb|USB-C Breakout Board Front]]
[[File:USB-Type-C-Female-IMG-0578.jpg|thumb|USB-C Breakout Board Back]]
[[File:USB-Type-C-Female-IMG-0551.jpg|thumb|USB-C Breakout Board Back]]
[[File:USB-Type-C-Female-IMG-0557.jpg|thumb|USB-C Breakout Board Back]]

==Overview==
'''High-Current USB-C 16-Pin Breakout Board (5A Max)''' Simplify your Type-C integration with this durable, high-performance test socket board. Specifically upgraded to support up to '''5A''' high-current input, this adapter is the perfect solution for power-heavy DIY projects, fast-charging applications, and reliable data testing.

'''<span class="tb_red">Note:</span> The headers are not pre-soldered and require DIY soldering.'''
==Features==
*'''High-Current Optimized:''' Designed to handle up to '''5A''', with wide VBUS and GND traces for minimal heat and maximum stability in high-power DIY applications.
*'''Double-sided PCB:''' The '''dual VBUS and GND''' design ensures support for high current. A single VBUS channel can support an output of '''3A''', while two VBUS channels can support up to '''5A''' of current. (Achieving 5A current requires both VBUS channels to be connected simultaneously.)
*'''Dual 5.1kΩ Resistors (CC1/CC2):''' Integrated R1 and R2 pull-down resistors ensure your project is recognized as a power sink by any PD charger, enabling automatic 5V power output.
*'''Simplified 4-Pin Interface:''' Breaks down the complex 16-pin connector into 4 easy-to-use headers '''(VBUS, D-, D+, GND)''' plus back-side access to '''CC1/CC2''' for advanced testing.
*'''Double-Sided Clear Silkscreen:''' High-visibility labeling on both sides (YG003 model) makes wiring fast and prevents polarity errors.
*'''Plug & Play Durability:''' Features a reinforced metal Type-C shell and high-quality FR-4 PCB, built to withstand frequent plugging and unplugging in lab environments.
==Packing List==
'''Option A:'''
1x USB Type-C Female Breakout Board

'''Option B:'''
1x USB Type-C Female Breakout Board,
2x Headers(Soldering is required)
==User Manual==
* How to make it work:
[[File:USB-Type-C-Female-IMG-0578-1.jpg|600px]]

==FAQ==

<div class="toccolours mw-collapsible mw-collapsed">
<div style="font-weight:bold;line-height:1.0;">
Q1: Question 1
</div>
<div class="mw-collapsible-content">
A: Place the answer here.
</div>
</div>


<comments />