USB-C High Power Car Charger Board 60W PCB Only Cypress CCG3PA PPS Support

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$33.99

High Power Dual Port 60W USB Power Delivery with Type C Industrial PCB board using Cypress CCG3PA and USB QC 3.0 type A Charger port for normal charging.

Availability: In stock

Model Number: CGL-CCG3PAv3

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USB-C High Power Car Charger Board 60W PCB Only Cypress CCG3PA PPS Support

$33.99

Details

High Power 60W USB Car Charger PCB Board with Cypress CCG3PA Chip

Dual Port PD Power Charger PCB with 12-24Volt DC input, provides Type-C PD port and USB type-A with True support for QC3.0 as well as Samsung/LG/Apple up to 2.4A.

The CGL-CCG3PAv3 USB Car Charger 60W PCB Board supports full-featured PD profiles on USB 3.1 Type-C Port 60 Watt maximum output. It connects to a standard 12V automotive power input or industrial 24V power input via 2-Pin Phoenix Connector. The CGL-CCG3PAv3 USB PD PCB Board with type C port supports up to 60 Watts of PD Power, 5~20 Volt profiles and compatible with ALL USB power delivery devices.

60W PCB Board Dual Port Charger

Dual USB Port Industrial Charger PCB: USB C (Type-C) port with power delivery + USB-A QC 3.0 Port
USB-A with Quick Charge 3.0 technology that provide up to 18W of charging power and a USB-C with Power Delivery CYPD CCG3PA Chipset enable up to 60W.
Item Dimensions: 49.00mm(L) x 45.00mm(W) x 11.92(H)

Power Output Specifications

60 Watts USB C PD (5V/3A, 9V/3A, 15V/3A, 20V/3A)(PPS 5.0~5.9V/3A, PPS 3.3~20V/3A)*Custom PDO's can be configured, please inquire.
18 Watts USB A QC 3.0 (12V 1.5A, 9V 2A, 6V 3A)
78 Watts Peak Total Combined Power Output (Recommended 75 Watts Total Combined Output)

The innovative, high-performance universal 60W PCB charger allows for one of the fastest and most efficient charging experiences for cell phone (Galaxy note 8 / s8 / s8 plus, iPhone/iPad), new Macbook 12-inch / Macbook Pro, and other USB-C laptop / notebook.

Power Delivery (PD) Integration: the built-in PD Chipset dynamically detects devices to deliver optimum power level for maximum battery life and performance. Equips with the advance circuit protections to prevent over charging

Tested Devices by our Customers using this Circuit:

galaxy note 8,galaxy note 5,galaxy note 4,galaxy note 3,galaxy note 2,galaxy s8,galaxy s8 plus,galaxy s7,galaxy s7 edge,galaxy s6,galaxy s6 edge,galaxy s5,galaxy s5 active, iphone 8,iphone 8 plus,iphone 7s,iphone 7s plus,iphone 7,iphone 7 plus,iphone 6s,iphone 6,iphone 6s plus,iphone 6 plus,iphone se,iphone 5,iphone 5s,iphone 5c,ipad,ipad mini,ipad air,ipad pro,ipad retina, htc one a9,htc 11,htc 10,htc one m9,htc one m8,htc one m7,sony xperia,motorola,moto e,moto g,oneplus 6,one plus2, lg g6,lg g5,lg g4,lg g3,lg g pad,nexus 5,nexus 6p,nexus 5x,google pixel,pixel xl,pixel 2,pixel 2 xl,hp elite x3,lg v20,lg v10,zte axon 7,zenfone 3 dexluxe, universal,phone,tablet,gps,bluetooth speaker,powerbank,portable charger,backup battery,notebook,chromebook,laptop,speaker, qualcomm quick charge 2.0, iphone car charger, samsung car charger, iphone 6s plus car charger, iphone 6 plus car charger, iphone 6s car charger, iphone 6 car charger, iphone 5s car charger, iphone 5 car charger, iphone 5c car charger, galaxy note 5 charger, galaxy note 5 charger, htc one a9 charge

Technical Specifications

UPC	045079161375
Manufacturer	Coolgear
Warranty	One Year
Country of Origin	China
Item Length (in)	1.93
Item Width (in)	1.77
Item Height (in)	0.47
Input Voltage	9 ~ 24V DC
Downstream Port Count	2
Chip Model	Cypress CCG3PA
OS Support / Compatibility	OS independent - No software or drivers required
Downstream Port Type	1x Type A (Charging), 1x Type C (Charging)

Reviews (2)

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Review

Quality

Best Powerbank Module

Review by Amazon Customer

I never had a USB-C PD device until I recently got a Steam Deck. I’m an electronics nerd, but didn’t learn about USB-C PD until recently. I hate buying power banks since I already have plenty of Ryobi batteries that I can repurpose with the magic of 3D printing and power modules like this product from USBGear. Previously I’ve only made USB-A 5V 3A modules for my Ryobi batteries.I purchased a USB-C trigger module from Amazon to test the voltages output from this module and everything looked good at 5V, 9V, 12V, 15V, and 20V. I don’t have an easy way to measure current on the USB-C port yet, but I measured the USB-A port and it cut off at 5.3v at 3.2A. Works great. Since my trigger module testing on the USB-C port looked good I finally connected my Steam Deck to it and it powered it as expected. I didn’t get a slow charge warning so it is working at the normal power the Steam Deck can handle. The Steam Deck needs 45W so this 60W module has extra to spare. Now I can power it remotely with a battery I already have.If you want to 3D print the same charger I made I’ll put the design on Thingiverse in the near future under the name of “Ryobi USB-C PD Adapter” or something along those lines. USBGear had CAD I could download from their website which allowed me to design the enclosure for their board before I received it. Thankfully their CAD was accurate since my enclosure was able to fit their module on my first design attempt.Parts needed:2x Keystone 209 Battery Clips (search online if not on Amazon)4x M3 x 30mm cap screws (holds enclosure closed)2x M3 x 4mm cap screws (holds board down)8” of 18AWG wire (screw into module terminals and solder other end to battery clips.Make sure you connect positive to positive and negative to negative. (I know it’s obvious, but it’s a simple mistake that could ruin your module and/or battery. I’m not sure if the module has reverse polarity protection.I bought a box of assorted M2, M3, and M4 screws from Vigrue here on Amazon that have been useful for a variety of 3D printing projects. You won’t need nuts for the screws on my 3D print. It should thread into the plastic just fine. Just don’t over tighten it or it will strip the plastic.

Quality

Great for 12-24V charger

Review by darrenbrokeit

I finally got around to implementing this in one of my projects - a drill-battery powered USB-C PD charger. So far so good, but have not had a chance to test the actual output profiles (waiting on a USB-C PD tester).