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DD0603SA/B Auto Buck-Boost DC DC 0.9-6V to 3V 3.3V 3.7V Boost-Buck Converter Board Power Supply Module
$19.09
Product Name: Auto Buck-Boost DC DC 0.9-6V to 3V 3.3V 3.7V Boost-Buck Converter Board Power Supply Module
Packing list:
10 PCS DD0603SA DD0603SB with Pin or no Pin
Description:
Input voltage DC 0.9 ~ 6V, output DC 3V(+-5%)
The maximum input voltage can not exceed 6.5V
Auto Buck-Boost Converter Module working frequency 1MHZ.efficiency 60%-85% .
Operating temperature range : -25~+85 Degrees Celsius
Storage temperature range : -45~+125 Degrees Celsius
Size : 22mm x 15mm x 5.7mm(Very small)
Weight : 2.3g(Very light)
Input voltage DC 0.9 ~ 6V, output DC 3.3V(+-5%)
The maximum input voltage can not exceed 6.5V
Auto Buck-Boost Converter Module working frequency 1MHZ.efficiency 60%-86% .
Operating temperature range : -25~+85 Degrees Celsius
Storage temperature range : -45~+125 Degrees Celsius
Size : 22mm x 15mm x 5.7mm( Very small)
Weight : 2.3g( Very light)
Input voltage DC 0.9 ~ 6V, output DC 3.7V(+-5%)
The maximum input voltage can not exceed 6.5V
Auto Buck-Boost Converter Module working frequency 1MHZ.efficiency 61%-85% .
Operating temperature range : -25~+85 Degrees Celsius
Storage temperature range : -45~+125 Degrees Celsius
2.54mm pin pitch,MCU Development Board Breadboard friendly.
Size : 22mm x 15mm x 5.7mm(Very small)
Weight : 2.6g(Very light)
Input voltage DC 0.9 ~ 6V, output DC 5V(+-5%)
The maximum input voltage can not exceed 6.5V
Auto Buck-Boost Converter Module working frequency 1MHZ.efficiency 60%-85% .
Operating temperature range : -25~+85 Degrees Celsius
Storage temperature range : -45~+125 Degrees Celsius
2.54mm pin pitch,MCU Development Board Breadboard friendly.
Size : 22mm x 15mm x 5.7mm(Very small)
Weight : 2.6g(Very light)
Applications
Battery powered equipment
MCU Breadboard Power Supply
electrical tools
Small power motors
Camera, Video camera
Toy car
power bank
LED Lighting
Wireless communication equipment
Audio 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 range2 Output power can not be greater than the maximum load for a long time3 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



