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YG003: Difference between revisions
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==Overview== | ==Overview== | ||
'''High-Current USB-C 16-Pin Breakout Board ( | '''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 ''' | *'''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 ''' | *'''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. | ||
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[[Category:Product Manual]] | |||
[[Category:DIY Electronics]] | |||
Latest revision as of 17:50, 28 May 2026
Overview
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.
Note: The headers are not pre-soldered and require DIY soldering.
Features
- 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 6A of current. (Note: 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.
- 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: 1 x USB Type-C Female Breakout Board
Option B: 1 x USB Type-C Female Breakout Board, 2 x Headers(Soldering is required)
User Manual
- How to make it work:
FAQ
Q1: Question 1
A: Place the answer here.