Transmission temp, the 4L80e has a internal sensor that varies voltage based on temp. MPH, I can add a VSS to the speedo cable output for road speed. Throttle Position, I can add a TPS sensor. LCD screen to display mode, RPM, gear indicator, as well as monitor trans temp.Ģ buttons for upshift/downshift (paddle shift)ġ button to toggle through modes (Manual, Automatic, Tow)Įngine RPM, I can get a signal from the engine that provides 4 pulses per RPM. Some things I want to design into it would be: (If the vehicle needs it, it's a heavy vehicle that isn't that powerful, full line pressure might not be an issue) The fourth step would be adding in some control over line pressure via PWM. The third step would be the same "automatic" mode, only with some slight changes to the sequencing. The second step would be a "automatic" mode. The first step would be just a "manual" controller. There's several incarnations I'd like to work through on this. I'm wanting to use a Arduino to work as a stand alone controller for a 4L80e transmission.
ICSP header for direct program download.Compatible with the Arduino Uno pin mapping.DC Output:5V /3.3V DC and External Power Output.DC Supply:USB Powered or External 7V~12V DC.It is the ideal controller to build your own robot. It has servo connector which is a plug&play. The integrated io sensor pinout allows it connect hundreds of different Gravity compatible sensors and modules. It has built in 2x2A DC motor drivers and socket for bluetooth / APC220 Radio Communication Module communications.
The current version of Romeo is based on Arduino Uno. It is not only the very first Arduino Robot Controller, but also the first Arduino-derived board in the market. This is the first member in Romeo family that is born in 2009.
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