SPECIFICATIONS
Brand Name: eletechsup
Type: DC/DC Converters
Origin: Mainland China
Size: 20mm x 10.16mm x 5.6mm
Output Frequency: DC-DC
Output Type: SINGLE
is_customized: Yes
Output Current: 0.7A
Output Power: 1 – 50W
Weight: with Pin 0.86g;no Pin 0.56g
Model Number: DD06AJSA+DD06AJSB
Certification: none
Output Voltage: 3~15V
Input Voltage: 2.6~6V
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:Â 3 PCS DC 2.6-6V to 3-15V Adjustable Output Board DC DC Boost Step up Converter Voltage Regulator Module
Packing list:3 PCS 2.6V-6V TO 3-15V adjustable Step-up Boost Module
2.54mm pin pitch,Arduiuo UNO MEGA2560 DUE Breadboard XILINX ALTERA
LATTICE FPGA/CPLD AVR Â Development Board friendly.
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 |
Attention :
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:
how to use:
Reviews
Clear filtersThere are no reviews yet.