Renamed the pcb folder to be more in line with other directory names
Started working through the basic wiring on the schematic, connectrating on grounds, power, and analog IO
Added optional compensation comoponents and test points to DAC output lines. Added a right angle 0.1 inch pitch header for outside power input.
I put an anti-aliasing filter design tool, provided by TI, into the PCB folder. The stop frequency (the frequency at which the attenuation is equal to the noise floor of the ADC (NOT the -3 dB point) must be equivalent to the Nyquist frequency of ADC. This is why the AA filters before ADCs have such a low frequency roll off compared to their sampling rate
Found a good regulator for powering the BB using the +/- 6 to 12 volt rails required to use the boneclamp. Updated schematic and added data sheet to data-sheets folder
Started and examples folder containing information about good capes produced by other people
Renamed file
Added EEPROM to the I2C2bus to follow standard daughter board device ID requirements
Added data sheet for DIPswitch
Added external 2.5 volt references for DAC and ADC. This circuit needs a buffer option which can be feed into the 3 position jumper.
Added new data sheets. Started a second pcb layout for new DAC/ADC unipolar solutions.
Moved the proto list directory to its proper location
More changes to circuit
Renamed the old boneclamp schematic and board
Orgnanized data sheets
Worked a bit on the schematic
Wired the DC-DC inverter
Added extended linear technologies library
Added negative LDO regulator
Added data sheet for +5V LDO reg.