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HomeHome & OfficeTools & Home ImprovementMeasuring & Layout ToolsCalipersCaliper GagesQC2.0 QC3.0 Deception Aging Detection Fast Charging Adapter Test Board USB Interface 5V/9V/12V/15V/20V Trigg More
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Product details
DIY Supplies : ELECTRICAL
Origin : Mainland China
Certification : none
Features:
1. PCBA adopts intelligent detection of Qualcomm QC2.0-QC3.0 protocol to select output voltage;
2. Fully compatible with Qualcomm QC2.0-QC3.0 chargers, mobile power supplies and other products on the market;
3. Select a fixed output voltage through the toggle switch for testing aging, and the corresponding LED light is on;
4. There is no possibility of disconnection during use, with accurate test data and convenient use. It can be widely used in wireless charging, Bluetooth speakers, car devices, energy storage power supplies, industrial testing and other applications;
5. Production testing, aging use: Make your product testing data more convincing, achieve automation of mass production aging testing, and achieve automation in good coordination with electronic loads.
Parameter:
Interface: USB interface
Output voltage: 5V, 9V, 12V, 15V, 20V selectable
Current: 5A (maximum), requires corresponding protocol support from the front-end power supply head or power bank
Support protocols: QC2.0, QC3.0
PCB board size: 18 * 40MM
Boundary dimension: 65 * 18 * 10MM (including dual head USB)
Instructions for use:
1. Connect the USB male to the fast charging charger and the fast charging mobile power supply. The USB base is connected to a load gauge or a cement resistor, usually configured to 9V/2A, 18W.
2. Determine the output of 10 different voltages through 10 different combinations of dial switches.
3. Turn the dial switch to the top to represent "1", and turn the dial switch to the bottom to represent "0"
4. QC2.0 Settings
The switch is in position 0001, indicating that the output protocol is QC2.0 and the output voltage is 5V.
The switch is in position 0010, indicating that the output protocol is QC2.0 and the output voltage is 9V.
The switch is in position 0011, indicating that the output protocol is QC2.0 and the output voltage is 12V.
The switch is in position 0011, indicating that the output protocol is QC2.0 and the output voltage is 20V
5. QC3.0 Settings:
The switch is in position 0101, indicating that the output protocol is QC3.0 and the output voltage is 3.6V. Remember that when entering the QC3.0 protocol, the USB bus must carry a load of 0.5A to work properly, otherwise 3.6V will be automatically protected.
The switch is in position 0110, representing the protocol of outputting QC3.0, with an output voltage of 5V.
The switch is in position 0111, representing the protocol of outputting QC3.0, with an output voltage of 9V.
The switch is at position 1000, representing the protocol of outputting QC3.0, with an output voltage of 12V.
The switch is in position 1001, representing the protocol of outputting QC3.0, with an output voltage of 15V
The switch is in position 1010, representing the protocol of outputting QC3.0, with an output voltage of 20V
Note：
After the deception, the fixed voltage output is without the automatic handshake protocol. The voltage is set according to the dial code to output the corresponding fixed voltage. Before use, please confirm whether the output voltage matches the required voltage of the load to avoid unnecessary losses caused by burning the load.
Package include:
1X module
Origin : Mainland China
Certification : none
Features:
1. PCBA adopts intelligent detection of Qualcomm QC2.0-QC3.0 protocol to select output voltage;
2. Fully compatible with Qualcomm QC2.0-QC3.0 chargers, mobile power supplies and other products on the market;
3. Select a fixed output voltage through the toggle switch for testing aging, and the corresponding LED light is on;
4. There is no possibility of disconnection during use, with accurate test data and convenient use. It can be widely used in wireless charging, Bluetooth speakers, car devices, energy storage power supplies, industrial testing and other applications;
5. Production testing, aging use: Make your product testing data more convincing, achieve automation of mass production aging testing, and achieve automation in good coordination with electronic loads.
Parameter:
Interface: USB interface
Output voltage: 5V, 9V, 12V, 15V, 20V selectable
Current: 5A (maximum), requires corresponding protocol support from the front-end power supply head or power bank
Support protocols: QC2.0, QC3.0
PCB board size: 18 * 40MM
Boundary dimension: 65 * 18 * 10MM (including dual head USB)
Instructions for use:
1. Connect the USB male to the fast charging charger and the fast charging mobile power supply. The USB base is connected to a load gauge or a cement resistor, usually configured to 9V/2A, 18W.
2. Determine the output of 10 different voltages through 10 different combinations of dial switches.
3. Turn the dial switch to the top to represent "1", and turn the dial switch to the bottom to represent "0"
4. QC2.0 Settings
The switch is in position 0001, indicating that the output protocol is QC2.0 and the output voltage is 5V.
The switch is in position 0010, indicating that the output protocol is QC2.0 and the output voltage is 9V.
The switch is in position 0011, indicating that the output protocol is QC2.0 and the output voltage is 12V.
The switch is in position 0011, indicating that the output protocol is QC2.0 and the output voltage is 20V
5. QC3.0 Settings:
The switch is in position 0101, indicating that the output protocol is QC3.0 and the output voltage is 3.6V. Remember that when entering the QC3.0 protocol, the USB bus must carry a load of 0.5A to work properly, otherwise 3.6V will be automatically protected.
The switch is in position 0110, representing the protocol of outputting QC3.0, with an output voltage of 5V.
The switch is in position 0111, representing the protocol of outputting QC3.0, with an output voltage of 9V.
The switch is at position 1000, representing the protocol of outputting QC3.0, with an output voltage of 12V.
The switch is in position 1001, representing the protocol of outputting QC3.0, with an output voltage of 15V
The switch is in position 1010, representing the protocol of outputting QC3.0, with an output voltage of 20V
Note：
After the deception, the fixed voltage output is without the automatic handshake protocol. The voltage is set according to the dial code to output the corresponding fixed voltage. Before use, please confirm whether the output voltage matches the required voltage of the load to avoid unnecessary losses caused by burning the load.
Package include:
1X module
Specifications
Key Features
DIY Supplies : ELECTRICAL
Origin : Mainland China
Certification : none
Features:
1. PCBA adopts intelligent detection of Qualcomm QC2.0-QC3.0 protocol to select output voltage;
2. Fully compatible with Qualcomm QC2.0-QC3.0 chargers, mobile power supplies and other products on the market;
3. Select a fixed output voltage through the toggle switch for testing aging, and the corresponding LED light is on;
4. There is no possibility of disconnection during use, with accurate test data and convenient use. It can be widely used in wireless charging, Bluetooth speakers, car devices, energy storage power supplies, industrial testing and other applications;
5. Production testing, aging use: Make your product testing data more convincing, achieve automation of mass production aging testing, and achieve automation in good coordination with electronic loads.
Parameter:
Interface: USB interface
Output voltage: 5V, 9V, 12V, 15V, 20V selectable
Current: 5A (maximum), requires corresponding protocol support from the front-end power supply head or power bank
Support protocols: QC2.0, QC3.0
PCB board size: 18 * 40MM
Boundary dimension: 65 * 18 * 10MM (including dual head USB)
Instructions for use:
1. Connect the USB male to the fast charging charger and the fast charging mobile power supply. The USB base is connected to a load gauge or a cement resistor, usually configured to 9V/2A, 18W.
2. Determine the output of 10 different voltages through 10 different combinations of dial switches.
3. Turn the dial switch to the top to represent "1", and turn the dial switch to the bottom to represent "0"
4. QC2.0 Settings
The switch is in position 0001, indicating that the output protocol is QC2.0 and the output voltage is 5V.
The switch is in position 0010, indicating that the output protocol is QC2.0 and the output voltage is 9V.
The switch is in position 0011, indicating that the output protocol is QC2.0 and the output voltage is 12V.
The switch is in position 0011, indicating that the output protocol is QC2.0 and the output voltage is 20V
5. QC3.0 Settings:
The switch is in position 0101, indicating that the output protocol is QC3.0 and the output voltage is 3.6V. Remember that when entering the QC3.0 protocol, the USB bus must carry a load of 0.5A to work properly, otherwise 3.6V will be automatically protected.
The switch is in position 0110, representing the protocol of outputting QC3.0, with an output voltage of 5V.
The switch is in position 0111, representing the protocol of outputting QC3.0, with an output voltage of 9V.
The switch is at position 1000, representing the protocol of outputting QC3.0, with an output voltage of 12V.
The switch is in position 1001, representing the protocol of outputting QC3.0, with an output voltage of 15V
The switch is in position 1010, representing the protocol of outputting QC3.0, with an output voltage of 20V
Note：
After the deception, the fixed voltage output is without the automatic handshake protocol. The voltage is set according to the dial code to output the corresponding fixed voltage. Before use, please confirm whether the output voltage matches the required voltage of the load to avoid unnecessary losses caused by burning the load.
Package include:
1X module
Origin : Mainland China
Certification : none
Features:
1. PCBA adopts intelligent detection of Qualcomm QC2.0-QC3.0 protocol to select output voltage;
2. Fully compatible with Qualcomm QC2.0-QC3.0 chargers, mobile power supplies and other products on the market;
3. Select a fixed output voltage through the toggle switch for testing aging, and the corresponding LED light is on;
4. There is no possibility of disconnection during use, with accurate test data and convenient use. It can be widely used in wireless charging, Bluetooth speakers, car devices, energy storage power supplies, industrial testing and other applications;
5. Production testing, aging use: Make your product testing data more convincing, achieve automation of mass production aging testing, and achieve automation in good coordination with electronic loads.
Parameter:
Interface: USB interface
Output voltage: 5V, 9V, 12V, 15V, 20V selectable
Current: 5A (maximum), requires corresponding protocol support from the front-end power supply head or power bank
Support protocols: QC2.0, QC3.0
PCB board size: 18 * 40MM
Boundary dimension: 65 * 18 * 10MM (including dual head USB)
Instructions for use:
1. Connect the USB male to the fast charging charger and the fast charging mobile power supply. The USB base is connected to a load gauge or a cement resistor, usually configured to 9V/2A, 18W.
2. Determine the output of 10 different voltages through 10 different combinations of dial switches.
3. Turn the dial switch to the top to represent "1", and turn the dial switch to the bottom to represent "0"
4. QC2.0 Settings
The switch is in position 0001, indicating that the output protocol is QC2.0 and the output voltage is 5V.
The switch is in position 0010, indicating that the output protocol is QC2.0 and the output voltage is 9V.
The switch is in position 0011, indicating that the output protocol is QC2.0 and the output voltage is 12V.
The switch is in position 0011, indicating that the output protocol is QC2.0 and the output voltage is 20V
5. QC3.0 Settings:
The switch is in position 0101, indicating that the output protocol is QC3.0 and the output voltage is 3.6V. Remember that when entering the QC3.0 protocol, the USB bus must carry a load of 0.5A to work properly, otherwise 3.6V will be automatically protected.
The switch is in position 0110, representing the protocol of outputting QC3.0, with an output voltage of 5V.
The switch is in position 0111, representing the protocol of outputting QC3.0, with an output voltage of 9V.
The switch is at position 1000, representing the protocol of outputting QC3.0, with an output voltage of 12V.
The switch is in position 1001, representing the protocol of outputting QC3.0, with an output voltage of 15V
The switch is in position 1010, representing the protocol of outputting QC3.0, with an output voltage of 20V
Note：
After the deception, the fixed voltage output is without the automatic handshake protocol. The voltage is set according to the dial code to output the corresponding fixed voltage. Before use, please confirm whether the output voltage matches the required voltage of the load to avoid unnecessary losses caused by burning the load.
Package include:
1X module
What’s in the box
1*package
Specifications
- SKU: GE779IP3SX7ZPNAFAMZ
- Model: avoid chenicals
- Production Country: China
- Size (L x W x H cm): 12 x 13 x 14 cm
- Weight (kg): 1
- Color: Matches the image
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QC2.0 QC3.0 Deception Aging Detection Fast Charging Adapter Test Board USB Interface 5V/9V/12V/15V/20V Trigg More
UGX 103,995
UGX 151,93432%
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