Eletechsup Original Factory Official Store
DD0315NA 300mA +3~+15V to-3.3v ~-15V Boost-Buck input +Voltage output -Voltage Converter
DD0315NA 300mA +3~+15V to-3.3v ~-15V Boost-Buck input +Voltage output -Voltage Converter
SKU:DD0315NB_9V
1010 in stock
Regular price
$1.99
Regular price
$6.48
Sale price
$1.99
Unit price
per
Couldn't load pickup availability
1pcs DD0315NA 200-500mA /- Voltage Converter Positive Negative power supply Soldered Pin DC-DC DC3-15V to -3.3V/5v/6v/9v/12v/15v
Description:
DC-DC Boost-Buck Inverting switch regulators Module
-3.3V :
Input voltage DC +3~+15V,output DC -3.3V(Deviation is ±3%)
Maximum input current 600mA
Maximum output current : 500mA
Quiescent current: 4-10mA
- 5V :
Input voltage DC +3~+15V,output DC -5V(Deviation is ±3%)
Maximum input current 500mA
Maximum output current : 500mA
Quiescent current: 4-10mA
- 6V :
Input voltage DC +3~+15V,output DC -6V(Deviation is ±3%)
Maximum input current 600mA
Maximum output current : 430mA
Quiescent current: 5-11mA
-9V :
Input voltage DC +3~+15V,output DC -9V(Deviation is ±3%)
Maximum input current 500mA
Maximum output current : 300mA
Quiescent current: 6-14mA
-12V :
Input voltage DC +3~+15V,output DC -12V(Deviation is ±3%)
Maximum input current 500mA
Maximum output current : 220mA
Quiescent current: 8-18mA
-15V :
Input voltage DC +3~+15V,output DC -15V(Deviation is ±3%)
Maximum input current 500mA
Maximum output current : 180mA
Quiescent current: 10-20mA
DC DC Boost Converter Module working frequency 100kHz.
Operating temperature range : 0~+70 Degrees Celsius
Storage temperature range : -65~+150 Degrees Celsius
2.54mm pin pitch,for MCU Development Board Breadboard friendly.
Size : 23 x 16.3 x 6.3mm
Weight :with pin 2.9g,no pin 2.7g
Applications
ADC/DAC/Operational Amplifier
RS232 RS485 RS422 Bus
Audio equipment
LCD power supply
Instrumentation equipment
MCU Board
Motor Power
Instrumentation multimeter
Wifi/Router/Ethernet devices
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
