GERBER PCB:
https://mega.nz/file/WcohlJrb#8e3hmS-0QsnwDNaCEGJR3Vl4p-kvJrrUHgc0lkdMlqA
SCHEMATIC DIAGRAMWe have designed the schematic diagram in the EASYEDA software where you can see all the electronic components of the solid state relay with TRIAC, it is a very simple diagram but very good for our projects.
MOSFETs, or metal-oxide field-effect transistors, have characteristics that make them useful for toggling electronic devices on or off. The device draws very little current on its own, typically under 1 microamp, while it can handle tens of amps of current. An N-channel, upgrade mode MOSFET will toggle a device on when it has a voltage of more than a few volts across its source and gate legs. When its voltage is at zeros, the MOSFET
TURNS OFF.
WE CAN CONTROL WITH A VOLTAGE OF 12V WITH TWO PUSHBUTTONS THE FIRST PUSHBUTTON WILL BE ON AND THE SECOND PUSHBUTTON WILL BE OFF, WHICH WILL HAVE TO OVERCOME THE VOLTAGE OF THE MOSFET IN THIS CASE 6VDC IN THE GATE
AND IN TURN THIS WILL ACTIVATE A 220VAC RELAY TO ACTIVATE ANY LOAD THAT IS ACTIVATED AT THAT VOLTAGE
- 1 MOSFET IRFZ44N
- 1 RELE 12VDC
- 1 RESISTOR 10K 1/2W
- 1 DIODE 1N4148
- 1 DIODE LED 5MM GREEN
- 2 BUTTON NO 2 PIN
- 1 BLOCK TERMINAL BLUE 3 PIN
- 1 ESPADIN 2 PIN 90°
- 1 PCB
- VIN 12VDC
- VOUT 220VAC
- CONTROL VIA MOSFET
- ON/OFF BUTTON
- I MAX 100mA
I designed my project in the proteus software here I leave the link of the design
Once the pcb is designed, we will send our friends from JLCPCB to manufacture our PCB.
5pcbs only $2
JLCPCB number 1 PCB manufacturing company worldwide professional pcbs and excellent finish.
GERBER PCB:
https://mega.nz/file/WcohlJrb#8e3hmS-0QsnwDNaCEGJR3Vl4p-kvJrrUHgc0lkdMlqA
you can get your pcbs in different sizes and colors.
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