Ftdi Programmer Pinout ##TOP##
Ftdi Programmer Pinout > https://tlniurl.com/2t9uDS
The FTDI module is really easy to use. Just make sure the programmer is connected to the FTDI module and run the FTDI-sample.exe program. The cursor will jump into the top left corner of the screen, and you can see the FTDI module in the top left. Then click the FTDI Device button and you will see an overview of the pins of the FTDI module.
Also, I use the FTDI cable provided by FTDI that has the male USB connection with 5V, GND and FTDI chips on it. To connect to the FTDI cable, the programmer has to be connected to the FTDI connector using a connector with the FTDI chip on it. The FTDI connectors are available at Farnell for a very reasonable price, and you can get one here: http://www.farnell.com/datasheets/92085_en.pdf
The FTDI programming is actually more of a bus based approach. Data is represented by a voltage on the pins. For example, bit zero of the FTDI module is represented by pin 3, bit 1 is represented by pin 4, etc.
To understand the pin configuration, you must first understand the register format. The FTDI module actually has eight registers that can be programmed. You can see the different modes in the image below.
The board can be connected to a PC using the FTDI cable and programmer, or the programmer can be attached to the target board directly. In our case, the target board is the MegaTinyCore, so we will use the cable and programmer, to make things simple.
The target board will have a 4-pin header, which can be used to:
Connect the programmer to the target board.
Attach the programmer to the USB port of the PC.
Attach the programmer to the target board without the need to detach it from the PC.
But also, I'm not quite sure whether the pinout position of the FTDI is correct here in the schematic. It looks like the board should have RX, TX, GND, Vcc, but instead is RX, TX, GND, UPDI, PCFG.
To program the FTDI, open the PCFG jumper and set it to UPDI. Then connect the RX and TX lines of the FTDI to the RX and TX lines of the Arduino. The VCC line from the target board should be connected to the 5v line of the FTDI.
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