Description
Features: Input voltage 3~6V, output 12V Maximum input current : 1.2A Long-term work Current : 1A Conversion efficiency : 80-90% 1.2A current limiting resistor,Remove the resistance, the maximum input current can reach 2A. But IC have "Over Temperature Protection" Function.It will turn off the power MOSFET automatically when the internal junction temperature is over 150 °. The power MOSFET wake up when the junction emperature drops 30 ° under the OTP threshold temperature Start Voltage 2.8V, Output Current 50MA Input 3V 1A; Output 12V 220MA Input 3.3V 1A; Output 12V 250MA Input 3.7V 1A; Output 12V 280MA Input 4.5V 1A; Output 12V 340MA Input 5V 1A; Output 12V 370MA Input 6V 1A; Output 12V 450MA DC-DC Boost module working frequency 1.0MHZ. Operating ambient temperature : -40~+85 Degrees Celsius 2.54mm pin pitch,FOR ARDUINO UNO DUE Breadboard FPGA/CPLD Development Board friendly. Applications: MCU Development Board,FPGA/CPLD UNO MEGA2560 DUE 8051 AVR C8051 etc PLC Modbus RS485 VCR PDA LED Lighting 12V Relay board Wireless communication equipment 315M 433M Wireless remote controller Size(not include pin):(L*W) 2.05*1.00cm/0.81"*0.39"(Approx.) 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 Package Include : 1 x DC 3.3V 3.7V 5V 6V to 12V Step-up Power Supply Boost Voltage Regulator Converter
DC 3.3V 3.7V 5V 6V to 12V Step up Boost Power Supply Module for Arduino UNO Breadboard Development Voltage Regulator Converter
Current Price
$1.95
Average
$1.95
Min Price
$1.95
Max Price
$1.95
Price dynamics
0%
Description
Features: Input voltage 3~6V, output 12V Maximum input current : 1.2A Long-term work Current : 1A Conversion efficiency : 80-90% 1.2A current limiting resistor,Remove the resistance, the maximum input current can reach 2A. But IC have "Over Temperature Protection" Function.It will turn off the power MOSFET automatically when the internal junction temperature is over 150 °. The power MOSFET wake up when the junction emperature drops 30 ° under the OTP threshold temperature Start Voltage 2.8V, Output Current 50MA Input 3V 1A; Output 12V 220MA Input 3.3V 1A; Output 12V 250MA Input 3.7V 1A; Output 12V 280MA Input 4.5V 1A; Output 12V 340MA Input 5V 1A; Output 12V 370MA Input 6V 1A; Output 12V 450MA DC-DC Boost module working frequency 1.0MHZ. Operating ambient temperature : -40~+85 Degrees Celsius 2.54mm pin pitch,FOR ARDUINO UNO DUE Breadboard FPGA/CPLD Development Board friendly. Applications: MCU Development Board,FPGA/CPLD UNO MEGA2560 DUE 8051 AVR C8051 etc PLC Modbus RS485 VCR PDA LED Lighting 12V Relay board Wireless communication equipment 315M 433M Wireless remote controller Size(not include pin):(L*W) 2.05*1.00cm/0.81"*0.39"(Approx.) 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 Package Include : 1 x DC 3.3V 3.7V 5V 6V to 12V Step-up Power Supply Boost Voltage Regulator Converter
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Product review & video
let's say you just received a couple of solar cells above a maximum output voltage of 0.5 volts per cell which is way too loud to power anything directly so obviously you need to connect them in Sirius in order to increase the voltage but even with 10 of them in serious you only get around 5 volts which is not enough to charge your energy storage in this case a 12 volt lead-acid battery what you need is a boost converter basically an electric circuit that can efficiently step up the 5 volts to 12 volts but the question is how do those work and can we even build one by ourselves let's find out since the boost converter is a switched-mode power supply we obviously need a powerful switch I went with this IOL zetz 40 for an n-channel MOSFETs with a pulldown resistor on the gate in order to control it I use the pwm pin 1 of an 80 tiny 85 that connects to the gate through a 100 ohm resistor t


