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@ -252,11 +252,12 @@ The "FS" connector comming from the ERCF v.3 toolhead board has one wire that ne
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~~So set the "DRIVER_7" for UART mode. By configuring the opposite mode for the empty driver socket you are ensuring that the empty driver socket will not interfear with the communication bus of the other 7 driver sockets.~~
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~~If you look at the schematic diagram for the Octopus Pro you will see that "DRIVER_7" has a chip select line called "DRIVER7_CS":~~
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~~If you look at the schematic diagram for the Octopus Pro you will see that "DRIVER_7" has a chip select line called "DRIVER7_CS":~~ The Picture below went with the crossed out text, so please ignore it.
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~~If you follow the "DRIVER7_CS" line you will see it leads you to a device labeled ["TXS0104EPWR"](https://github.com/GadgetAngel/Voron2.4_My_Build_Log/blob/main/Resources/TXS0104E%204-Bit%20Bidirectional%20Voltage-Level%20Translator_txs0104e.pdf)~~:
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The Picture below went with the crossed out text, so please ignore it.
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~~This "TXS0104EPWR" shifts the DRIVER7_CS signal line from 3.3VDC logic level to 5VDC logic level. Which is what we want for the LEDs data line for the stealthburner fan assembly.~~
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~~You might be asking why do you not just use the Octopus Pro RGB header? Well you could. But since the Stealthburner uses Neopixels LEDs, I decided to use Neopixels through out the QUEEN build. Remember that is why I bought in a second 5V PSU. So to control the other lights with the Octopus Pro board I will need more than one Neopixel Data line. I just choose to use the DRIVER7_CS line for the stealthburner LEDs because when I am ready to do the other Neopixels I will use the RGB header or the DRIVER7_STEP or the DRIVER7_DIR lines.~~
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