DDTC11UC Output 12V 3.5A USB C TYPE-C to DC 6V 8.4V 9V 12V Step-Up DC-DC Boost Converter Power Supply for QC PD High Power Mobile Phone Charger

DDTC11UC Output 12V 3.5A USB C TYPE-C to DC 6V 8.4V 9V 12V Step-Up DC-DC Boost Converter Power Supply for QC PD High Power Mobile Phone Charger

  • Model: DDTC11UC_12V
  • Availability: In stock
  • Weight: 0.015Kg
$2.43
  • Description
  • Technical Documents
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DDTC11UC is a TYPE-C TO 6-12V 14W boost converter designed and produced by eletechsup. DC 5V /1A power supply can make the board work, but if you want to output 14W power, you must provide it with DC 4A or above power supply



Features:


DC DC Boost Converter Module working frequency 1000KHz.

Supports almost all TYPE-C power inputs

TYEC-C 5V to 6V 8.4V 9V 12V Output

Lithium Battery 3-4.3V to 6V 8.4V 9V 12V Output


Maximum input current:3.5A

Maximum output power: 14W (5V/4A Power Supply)

Up to 93% Efficiency (usually is 82%-92%)

Quiescent Current : 0.5mA.

Output accuracy: ±2%

Internal 0.14Ω,3.5a,18V Power MOSFET

Over Temperature Protection

Over Voltage Protection

Size : 36mm x 15mm x 6mm
Weight : 3.5g



Notice:
The maximum output power of the module is 14W. But the actual output capability is determined by your power supply.
1 When using TYPE-C power supply, use a 5V/4A adapter to allow the module to output 14W power.
2 When using battery power supply, please use wires that can pass 6A current and weld them well.


Q & A:



Q1 : Why output voltage is less than the nominal voltage


A1 : This may be due to insufficient input power. Please use a multimeter to measure the IN+/IN- port. At this time, the voltage may be lower than the no-load voltage.




Q2 : Why does the output voltage quickly become 0V?


A2 : This may be the power supply initiating overcurrent protection. Please reduce the load power or use a larger power supply










This is a boost conversion module that requires sufficient power to output sufficient power.

If during use, you find that the maximum power cannot be output, it may be caused by insufficient power.

You can use a multimeter to measure the voltage of IN+/IN-. If it is less than 5V, then the power supply is insufficient. Please replace the power adapter with a higher power.




 

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