6W 3V 3.3V 4.2V 4.5V to 3.7V 5V 12V DC-DC Step Up Boost Converter for 18650 403040 Li-Po Li-ion Lithium Battery Module
Description:
DC DC Boost Converter Module working frequency 1MHZ.
Up to 94% Efficiency (usually is 84%-91%)
Quiescent current: 0.19MA.
Operating temperature range: -40~+85 Degrees Celsius
Storage temperature range: -65~+150 Degrees Celsius
Size: 13 x 11 x 5.2mm(Ultra small & Ultra-thin)
Weight: 1g(Ultralight)
Protection:
Over current protection(OCP)
Over voltage protection(OVP)
Short circuit protection(SCP)
Over temperature protection(OTP)
Pin description:
VI: Input positive(+)
GND: Input and Output negative(GND/-)
VO: Output positive(+)
Output 3.7V:
Input voltage: DC 2.6 ~ 4.5V, output: DC 5V±3%
Maximum output: 5V/1200MA (See the table below for details)
| Input Voltage | Input Current | Output Voltage | Output Current |
| 2.8V | 1.52A | 3.7V | 0.95A |
| 3V | 1.52A | 3.7V | 1.00A |
| 3.3W | 1.55A | 3.7W | 1.20A |
Output 5V:
Input voltage: DC 2.6 ~ 4.5V, output: DC 5V±3%
Maximum output: 5V/1200MA (See the table below for details)
| Input Voltage | Input Current | Output Voltage | Output Current |
| 2.8V | 1.43A | 5V | 0.65A |
| 3V | 1.45A | 5V | 0.72A |
| 3.3V | 1.47A | 5V | 0.82A |
| 3.7V | 1.49A | 5V | 0.92A |
| 4.2V | 1.50A | 5V | 1.00A |
| 4.5V | 1.54A | 5V | 1.20A |
Output 12V :
Input voltage: DC 2.6 ~ 6V, output: DC 12V±3%
Maximum output: 12V/500MA (See the table below for details)
| Input Voltage | Input Current | Output Voltage | Output Current |
| 3V | 0.70A | 12V | 0.15A |
| 3.3V | 1.20A | 12V | 0.28A |
| 3.7V | 1.25A | 12V | 0.34A |
| 4.2V | 1.25A | 12V | 0.39A |
| 4.5V | 1.25A | 12V | 0.42A |
| 5V | 1.30A | 12V | 0.50A |
Applications:
Battery-powered equipment
Instrumentation, multimeter
Small power motors
PTZ Camera webcam
IP Camera
Toy car boat
Model aircraft
power bank
LED Lighting
WIFI Router
PLC RS485 devices
Lithium battery power supply equipment
Attention:
This is a DC-DC voltage converter module, Must be noted when using:
1. Input voltage can not be greater than the maximum input range
2. Output power can not be greater than the maximum load for a long time
3. Input power must be greater than the output power, because of the power consumption of the module itself
Q & A:
Q: Why output voltage is less than the nominal voltage
A: Input power supply power is too low. Test the input voltage with a multimeter, at this time of the input voltage is very low
Package includes:
1 x 6W mini 2.6-6V to 3.7V 5V 12V Boost Voltage Regulator Module
6W 3V 3.3V 4.2V 4.5V to 3.7V 5V 12V DC-DC Step Up Boost Converter for 18650 403040 Li-Po Li-ion Lithium Battery Module See detail