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Új AMS1117 DC 6,0 V -12 V – 5 V 4,5 V – 7 V – 3,3 V tápegység modulok AMS1117-5,0 V AMS1117-3,3 V modulkártya
New AMS1117 DC 6.0V -12V To 5V 4.5V – 7V To 3.3V Power Supply Modules AMS1117-5.0V AMS1117-3.3V Module Board
AMS1117 DC 6.0V -12V to 5V 4.5V – 7V to 3.3V power supply module AMS1117-5.0V power module AMS1117-3.3V
3.3V Design Background:
As electronics enthusiasts , you are not ‘ll find a 3.3V power supply and tangled, is not the will to power is not enough to expand the number of interfaces and distress ? Such experience , I believe that people will engage in electronic design often encountered . To facilitate that we can find a safe high performance , ease of use , power regulator rich expansion interface module , shop designed in such a transfer 3.3v 5v power regulator module, which applies to single-chip design project requires 3.3V power supply electronic equipment. Meanwhile , some of the electrons can be designed to facilitate the expansion of power .
1 Input : DC 4.5V–7V ( input voltage must be higher than the output voltage to 1V or more. )
2 Output : 3.3V, 800mA ( load current must not exceed 800ma)
3 pairs of panel design, layout nice ;
4 specially designed two pin mounting holes , can be directly fixed on hole board for extended experiments ;
5 input and output using 2P single row pin for easy connection ;
6 PCB board size : 2.5cm * 1.1cm
7 with power indicator light ( red )
5V Design Background:
As electronics enthusiasts , you are not ‘ll find a 5.0V power supply and tangled, is not the will to power is not enough to expand the number of interfaces and distress ? Such experience , I believe that people will engage in electronic design often encountered . To facilitate that we can find a safe high performance , ease of use , power regulator rich expansion interface module , shop designed in such a 5v power regulator module, which applies to single-chip design projects that require electronic equipment 5V supply . Meanwhile , some of the electrons can be designed to facilitate the expansion of power .
1 Input : DC 6V – 12V ( input voltage must be higher than the output voltage to 1V or more. )
2 Output : 5.0V ( -0.05v error ), 800mA ( load current must not exceed 800ma)
Three pairs of panel design, layout nice ;
4 specially designed two pin mounting holes , can be directly fixed on hole board for extended experiments ;
5 input and output using 2P single row pin for easy connection ;
6 PCB board size : 2.5cm * 1.1cm
7 with power indicator light ( red )
1005003166171242/1 – modules
