DD0503MB 3.3V DC-DC Buck Converter – 3.3-6V Step-Down Regulator Module for FPV Drone Camera UAV Embedded Systems
$6.97
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Description:
Input voltage 3.3-6V, output 3.3V (deviation +-4%)
Long time maximum output current 510mA
Short time maximum output current 710mA
Conversion efficiency : 80-93%
The maximum input voltage can not exceed 6.5V
INPUT 3.7V/600MA; OUTPUT 3.3V/550MA
INPUT 4V/600MA; OUTPUT 3.3V/610MA
INPUT 4.2V/580MA; OUTPUT 3.3V/600MA
INPUT 4.5V/550MA; OUTPUT 3.3V/620MA
INPUT 5V/470MA; OUTPUT 3.3V/590MA
INPUT 6V/370MA; OUTPUT 3.3V/550MA
DC-DC Buck Step-down module working frequency 1.2MHZ.
Operating ambient temperature : -40~+85 Degrees Celsius
Size 10.8mm x 7.7mm x 5.6mm(Very small)
Weight : <1g(Very light)
Applications:
Wifi Module:ESP8266
Bluetooth module : HC-05 HC-06
Wireless UART module : HC-11 HC-12
wireless module : CC1101 CC2500 Nrf24l01+
3-3.5V led lights
Model aircraft fpv camera
Attention :
DD0503MB 3.3V DC-DC Buck Converter – 3.3-6V Step-Down Regulator Module for FPV Drone Camera UAV Embedded Systems
$6.97
5 PCS DD0503MB Tiny 500mA DC DC Converter Step Down 3.3V-6V to 3.3V
Description:
Input voltage 3.3-6V, output 3.3V (deviation +-4%)
Long time maximum output current 510mA
Short time maximum output current 710mA
Conversion efficiency : 80-93%
The maximum input voltage can not exceed 6.5V
INPUT 3.7V/600MA; OUTPUT 3.3V/550MA
INPUT 4V/600MA; OUTPUT 3.3V/610MA
INPUT 4.2V/580MA; OUTPUT 3.3V/600MA
INPUT 4.5V/550MA; OUTPUT 3.3V/620MA
INPUT 5V/470MA; OUTPUT 3.3V/590MA
INPUT 6V/370MA; OUTPUT 3.3V/550MA
DC-DC Buck Step-down module working frequency 1.2MHZ.
Operating ambient temperature : -40~+85 Degrees Celsius
Size 10.8mm x 7.7mm x 5.6mm(Very small)
Weight : <1g(Very light)
Applications:
Wifi Module:ESP8266
Bluetooth module : HC-05 HC-06
Wireless UART module : HC-11 HC-12
wireless module : CC1101 CC2500 Nrf24l01+
3-3.5V led lights
Model aircraft fpv camera
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
