Direct MOSFET Trailing Edge AC Light Dimmer ESP32 ESP8266 500W 110V 240V Arduino
Specifications
| Return Shipping Will Be Paid By | Seller |
| All Returns Accepted | Returns Accepted |
| Item Must Be Returned Within | 30 Days |
| Refund Will Be Given As | Money Back |
| Brand | IotMug |
| MPN | Does Not Apply |
| Country/Region Of Manufacture | Latvia |
| Panel Cutout Shape | Circular |
MOSFET TRAILING EDGE AC LED LIGHT DIMMER for direct control MOSFET TRAILING EDGE AC LED LIGHT DIMMER is a new light dimmers generation, which are based on the high voltage MOSFET transistors.MOSFET TRAILING EDGE AC LED LIGHT DIMMERs are TRAILING EDGE dimmers (also called Reverse Phase dimmers).MOSFET TRAILING EDGE AC LED LIGHT DIMMER has been designed specially for lighting controlling.Dimmers are fully compatible with incandescent bulbs and DIMMABLE LED bulbs.MOSFET Trailing Edge AC light dimmers are the best solution for the incandescent bulbs and DIMMABLE LED bulbs.Trailing Edge light dimmers has stable dimming at any level without flickering.MOSFET Trailing Edge AC light dimmers are compatible with all popular Arduino, Raspberry, ESP8266, ESP32, Adafruit boards and all microcontrollers. Device specification:PCB size 50mm x 90mmWorking voltage ~100...~120VAC for 60HzWorking voltage ~200...~240VAC for 50HzOutput power 500WModule voltage 3.3V or 5.0VCompatible for 50Hz and 60Hz AC LineDimming methods: PWM, PSM, Trailing and Leading edgeStable work at any dimming level ESP8266 FIRMWARE - github.com/krida0electronics/ARDUTEX/tree/master/1CH_ESP8266_TRAILINGARDUINO UNO FIRMWARE - github.com/krida0electronics/ARDUTEX/tree/master/1CH_TRAILING How it works videohttps://www.youtube.com/watch?v=WmyExIviBP4 LOT include:1x MOSFET Trailing Edge Dimmer for direct control Smaple Code #include #define GATE 3 // PORD.3 | D3 #define FREQ 8330 // for 50HZ - 10000, for 60HZ - 8330unsigned char i;unsigned long int inByte, timer;void setup() { pinMode(GATE, OUTPUT); attachInterrupt(0, Zero_Cross_interrupt, FALLING); // zero-cross external interupt on INT0 | D2 Timer1.attachInterrupt( timerIsr );} void Zero_Cross_interrupt() { delayMicroseconds(100); digitalWrite(GATE, HIGH); timer = (inByte*FREQ)/255; Timer1.initialize(timer); }void timerIsr() { digitalWrite(GATE, LOW); Timer1.stop(); }void loop() { for (i=0; i0; i--) {inByte--; delay(100);} // falling function inByte =0;}