This document provides an introduction and design considerations for a digital real-time networked kegerator PCB. It outlines the schematic which includes a Rabbit module, solenoids, flowmeters, optical encoder and various sensors. It discusses separating the PCB layout into different ground rails and signal grounds to reduce noise and minimize inductance. The document recommends breaking the schematic into parts for expandability and provides a link for more information on PCB design classes.

2. Introduction to PCBIntroduction to PCB
DesignDesign

3. Digital Real-Time NetworkedDigital Real-Time Networked
KegeratorKegerator
• Schematic
o Rabbit Module
o Solenoids and Flowmeters
o Optical Encoder
o Power
o Serial Devices
o Temperature Sensors and Compressor Control
o Future Expansion
• PCB Layout
• Schematic and PCB Design Considerations

9. Design ConsiderationsDesign Considerations
• Schematic
o Break schematic into parts
o Extra Header for Future Expandability
• PCB Layout
-Separate Ground Rails for 12V, 3.3V and 5V to reduce noise.
These will connect at a common pt near power connector
-For the DC to DC converters segregated Signal ground from
the Power Ground. Minimize leads between pins to
decrease inductance. Possible inclusion of a copper pour

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