8W 2.6-6V to 3-15V Adjustable Output Board DC DC Boost Step up Converter Module

Description

Note: Adjustable resistors (potentiometers) are components that are easily damaged. Use a suitable screwdriver to slowly rotate.
Click here to buy a screwdriver.
Product Name:  8W 2.6-6V to 3-15V Adjustable Output Board DC DC Boost Step up Converter Module
Module No.:  DD06AJSA
Packing list:
1 PCS 2.6V-6V TO 3-15V adjustable Step-up Boost Module
Description:
Input voltage 2.6~6V,output 3~15V adjustable
Maximum input current : 1.4A
Long-term work Current : 1.2A
Conversion efficiency : 80-90%
DC-DC Boost module working frequency 1.0MHZ.
Operating ambient temperature : -40~+85 Degrees Celsius
2.54mm pin pitch,Arduiuo UNO MEGA2560 DUE Breadboard XILINX ALTERA LATTICE FPGA/CPLD AVR Development Board friendly.
Excluding Pin Size 20mm x 10.16mm x 5.6mm(Very small)
Weight : about 1.3g(Very light)
Start Voltage 2.6V, Output Current 10MA
Input Voltage
Input Current
Output Voltage
Output Curren
2.8V
0.94A
3V
0.7A
2.8V
1.05A
3.3V
0.7A
3V
0.93A
3.26V
0.7A
2.8V
1A
3.72V
0.63A
3V
1.16A
3.7V
0.77A
3.3V
1A
3.7V
0.74A
2.8V
1A
4.5V
0.52A
3V
1.15A
4.52V
0.62A
3.3V
1.2A
4.5V
0.72A
3.7V
1.2A
4.49V
0.83A
2.8V
1A
5.07V
0.46A
3V
1.13A
5.06V
0.55A
3.3V
1.2A
5.04V
0.66A
3.7V
1.23A
5.02V
0.76A
4.5V
1A
5V
0.79A
2.8V
1A
6.09V
0.38A
3V
1.12A
6.10V
0.46A
3.3V
1.22A
6.08V
0.54A
3.7V
1.22A
6.06V
0.63A
4.5V
1.2A
6.03V
0.78A
5V
1.3A
6.00V
0.95A
2.8V
0.64A
9.11V
0.17A
3V
0.78A
9.12V
0.22A
3.3V
0.98A
9.14V
0.3A
3.7V
1.20A
9.15V
0.41A
4.5V
1.32A
9.16V
0.56A
5V
1.3A
9.15V
0.63A
6V
1.2A
9.11V
0.71A
3V
0.15A
12.15V
0.03A
3.3V
0.51A
12.18V
0.12A
3.7V
0.87A
12.23V
0.23A
4.5V
1.33A
12.16V
0.42A
5V
1.4A
12.16V
0.5A
6V
1.2A
12.17V
0.53A
Applications
MCU Development Board,FPGA/CPLD UNO MEGA2560 DUE 8051 AVR C8051 etc
PLC RS485 Modbus RTU
Network equipment/Router
Temperature and humidity sensor
LED Lighting
Instruments and meters
5V 6V 9V 12V Relay board
Wireless communication equipment
315M 433M Wireless remote controller
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 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,a t this time of the input voltage is very low
how to use:
With a suitable screwdriver, slowly rotating adjustable resistance