Update Readme.md

Readme.md

@@ -13,20 +13,19 @@ Control board for the KiwiCleaner watch cleaning machine.  Intended to provide a
 - Input is protected by a resettable PolyFuse with rated 10A constant load capacity.  
 - Main Microcontroller is a RaspberryPi Pico (RP2040).  
   - This can be either the normal version, or the "header" version.  Can be mounted either way, board contains both the SMD and THT pads. 
-- Display is a small OLED graphics screen.
-  - Pico outputs to OLED over i2c. This is done via a JST SH connector (qwiic / stemma qt pinout).  Expected OLED is a 128x128 monochrome
-- User interface is controlled via a rotary encoder with pushbutton, wired with .1" pin headers  
+- Display a 240x320 Color TFT LCD Connected via SPI
+- User interface is controlled via a rotary encoder with pushbutton
 - Pico has full control of stepper via SPI connection to the TMC5160 board. 
+   - The Integrated Ramp Generator contained within the TMC5160 is utilized to control all motion, allowing very smooth and precise control over basket motion.  
 - Pico can enable / disable the drive output via MOTOR_EN (Active Low)
 - Pico can activate the Heater by pulling HEATER_CTL High, switching on the relay (3.3v coil).
 - Pico can activate the fan by pulling FAN_CTL high, fan current conducted by the TIP120
 - 3.3v power provided by a drop in switching powersupply module for simplicity. 
 - All power connectors are Phoenix LPT lever connectors.  These support 12awg - 24awg up to a max of 24A.  Can substitute in SPT or any other phoenix connector with the same 5mm pin spacing
 
-An expansion header has been added to support any additional mods people may want.  Due to the flexability of the microcontroller, we can expose a ton of functionality on 4 pins.  The following IO is available on the expansion connector. 
+An expansion header has been added to support any additional mods people may want. *Example functionality would be a buzzer module to indicate end of cycle.*  Due to the flexability of the microcontroller, we can expose a ton of functionality on 4 pins.  The following IO is available on the expansion connector. 
 
 - 4 independent GPIO pins for input/output 
-- 1 hardware SPI bus (SPI0) 
 - 1 hardware i2c bus (i2c1), and 2 GPIO pins (GPI0 and GPIO1)
 - 4 pins with a PIO program assigned to them.