9/23/2023 0 Comments 8 channel opto isolator![]() I wanted to expand the controller to allow web based control as before but to increase the number of channels and still have the capability to drive an air pump in a timed manner with separate on and off periods which are pre-settable via a couple of pots. Wiring the Analog Devices ADuM340E / ADuM341E / ADuM342E Quad SPI – Isolator with BOSCH BME280 Sensor | 14core.Here is a follow up project that expands on the original zero crossing Triac Controller that was designed previously.Thomas on Wiring the 6 Digit 7 Segment 2.4 Inch HT1621 LCD Display Module on Microcontroller.Wiring MCP73831 + MAX17048 USB-C Single-Cell Fully Integrated Li-Ion / Li-Po Charge Management Controller with Fuel Gauge | on Wiring USB-C on Microchip MCP73831 a Single-Cell Fully Integrated Li-Ion / Li-Po Charge Management Controller.Build your Own Thermometer with ThingSpeak | on Wiring the MLX90614 Infrared Contactless Temperature Measurement Sensor on Microcontroller.PinMode(Relay8, OUTPUT) //Set Pin13 as outputĭigitalWrite(Relay1, HIGH) //Turn off relayĭigitalWrite(Relay1, LOW) //Turn on relayĭigitalWrite(Relay2, HIGH) //Turn off relayĭigitalWrite(Relay2, LOW) //Turn on relayĭigitalWrite(Rela圓, HIGH) //Turn off relayĭigitalWrite(Rela圓, LOW) //Turn on relayĭigitalWrite(Relay4, HIGH) //Turn off relayĭigitalWrite(Relay4, LOW) //Turn on relayĭigitalWrite(Relay5, HIGH) //Turn off relayĭigitalWrite(Relay5, LOW) //Turn on relayĭigitalWrite(Relay6, HIGH) //Turn off relayĭigitalWrite(Relay6, LOW) //Turn on relayĭigitalWrite(Relay7, HIGH) //Turn off relayĭigitalWrite(Relay7, LOW) //Turn on relayĭigitalWrite(Relay8, HIGH) //Turn off relayĭigitalWrite(Relay8, LOW) //Turn on relay ![]() PinMode(Relay7, OUTPUT) //Set Pin12 as output PinMode(Relay6, OUTPUT) //Set Pin11 as output PinMode(Relay5, OUTPUT) //Set Pin10 as output PinMode(Relay4, OUTPUT) //Set Pin9 as output PinMode(Rela圓, OUTPUT) //Set Pin8 as output PinMode(Relay2, OUTPUT) //Set Pin7 as output PinMode(Relay1, OUTPUT) //Set Pin6 as output ![]() Int Relay8 = 13 //Defined Pin 13 as the Variable Int Relay7 = 12 //Defined Pin 12 as the Variable Int Relay6 = 11 //Defined Pin 11 as the Variable Int Relay5 = 10 //Defined Pin 10 as the Variable Int Relay4 = 9 //Defined Pin 9 as the Variable Int Rela圓 = 8 //Defined Pin 8 as the Variable Int Relay2 = 7 //Defined Pin 7 as the Variable Int Relay1 = 6 //Defined Pin 6 as the Variable Devices, you can use any device or appliance as your output.ġ 8 Channel Relay Module Code Guide. ![]() ![]()
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