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#Icircuit mac 8 gang did serial
#Icircuit mac 8 gang did software
#Icircuit mac 8 gang did Pc
#Icircuit mac 8 gang did free

Connect a test bulb (or to the final place if you don't mind testing there)

If the device is connecting fine to your network, now is the time to power it down and re-assemble it.

You already know the pin connections to the MCU.

Once you get to the Tasmota configuration you need to select TuyaMCU module assign GPIO components as indicated below depending on your hardware.

Refer to this very good video from SuperHouseTV (ignore flashing information) about configuring Tasmota. Now you need to find the IP of newly connected Tasmota device. Enter the Wi-Fi credentials for your network and click save.

Connect to it and go to 192.168.4.1 in your browser.

On your PC, you should see a Wi-Fi network named sonoff-xxxx where xxxx is a number from the ESP's MAC address.

Once Tasmota is flashed on the TYWE3S, just disconnect GND -> GPIO0 (and RST if there is an MCU), and power your device again from USB.

#Icircuit mac 8 gang did free

TIP: If you are using jumper headers use sleep 15 & before your commands, this would free your hand and give you some time to set the jumper pins and connect the USB to PC. Now you need to follow the commands explained in the flashing tutorial.

#Icircuit mac 8 gang did serial

There are lots of Tuya Serial fixes / features added in there and the tutorial below expects them. Use a 6.6.0.10 Tasmota version or higher. If an MCU is present, bridge RST to GND on the MCU

#Icircuit mac 8 gang did Pc

Once you are done identifying the pins and ready to connect, BEFORE connecting USB to PC you need to connect them as follows: You can just press the jumper header to the contacts during the flashing process Use a jumper header like the one below and bend the pins to match VCC, Rx Tx GPIO0 and GND.3D print a flashing Jig and use pogo pins to make nice and easy to use flashing jig.If there are some contacts or test points in switches that connect to the MCU, you might be lucky to find contacts for RST that you can easily solder onto. This will keep MCU disabled while you flash TYWE3S. The easiest is to keep MCU disabled is by identifying the NRST/RST (Reset) pin of the MCU from its datasheet and connect it to GND for the entire flashing process. Just keep MCU disabled while flashing TYWE3S without any soldering / cutting. (Messy work, we want cleaner approach) 3. Just break the Rx track from MCU to TYWE3S, flash and then reconnect. Disconnect TYWE3S module from the rest of board. To be able to do that, we need to disable MCU from sending data over Rx and Tx pins. The TYWE3S cannot be booted to flash mode with MCU sending data over the same pins. This is due the same Rx Tx pins used by MCU and serial programmer for flashing. Flashing a TYWE3S connected to a MCU is a bit trickier than one without MCU. It can be left grounded for the entire process. To boot the TYWE3S in flashing mode, GPIO0 needs to be connected to GND while powering up. Then check the datasheet of that chip to see if it is an MCU. The easiest way to identify if your switch or dimmer uses MCU is by using a continuity tester (multimeter, ohmmeter) and checking continuity from the Rx and Tx pins on TYWE3S to any other chip. The MCU is interfaced to TYWE3S using the serial interface which connects to the Rx and Tx pins.

#Icircuit mac 8 gang did software

The TYWE3S module mostly takes care of Wi-Fi and software features while the MCU controls the actual hardware (buttons, relays, dimmer, power measurement, etc). TYWE3S is based on the ESP8266 which is supported by Tasmota. These switches and dimmers are based on a Tuya TYWE3S Wi-Fi PCB module along with an MCU. The basic identification of a Tuya device is when the device information references the "Tuya Smart", "SmartLife", or "Smart Living" app. Consult the specific device for the type of bulbs and capacity it supports as well as the bulbs themselves to verify they support dimming. They dim mains voltage for various lighting types: incandescent, CFL, and LED. There are several Tuya dimmer and switch variants made by various manufacturers. VL53L0X and VL53L1X laser ranging modules.RCWL-0516 microwave radar motion sensor.MLX90640 Far infrared thermal sensor array.MGC3130 3D tracking and gesture controller.Honeywell HIH temperature and humidity sensor.BME680 temperature, humidity, pressure and gas sensor.BME280 temperature, humidity and pressure sensor.AHT1x/AHT2x and compatible temperature and humidity sensor.Smart Home Integrations Smart Home Integrations.