I intend to use the 40X2 and purpose-built test jig to control an automatic testing procedure on newly constructed PCB's. I will be using quite a lot of inputs and outputs, stimulating the PCB under test and checking multiple outputs as well as measuring internal voltages and checking pass/fail thresholds. There will be around 30 sequential tests in all with guidance to the test jig user via a 2x16 OLED. At the end of a successful testing process a file will be sent to a label printer.
I'm having trouble understanding how Logicator will use (or restrict) the highly configurable 40X2 ports. I have been able to create some simple flowcharts and by converting to BASIC, determine the following -
Outputs 0-7 in Logicator = B0-7
Inputs 0-7 in Logicator = D0-7
Outputs 8-15 in Logicator = C0-7
Other Logicator functions that I will use are not as easy to decipher and I'm unclear what pins or ports they will use.
ADC channels 0-3 in Logicator = A0-3?
LCD pins 0-7 in Logicator = ?
SerOut pins 0-7 in Logicator = ?
SerIn pins 0-7 in Logicator = ?
In fact many Logicator functions allow you to select any pin between 0-7 but give no clue to where the pin is physically - or am I missing something?
Any guidance would be greatly appreciated.
I'm having trouble understanding how Logicator will use (or restrict) the highly configurable 40X2 ports. I have been able to create some simple flowcharts and by converting to BASIC, determine the following -
Outputs 0-7 in Logicator = B0-7
Inputs 0-7 in Logicator = D0-7
Outputs 8-15 in Logicator = C0-7
Other Logicator functions that I will use are not as easy to decipher and I'm unclear what pins or ports they will use.
ADC channels 0-3 in Logicator = A0-3?
LCD pins 0-7 in Logicator = ?
SerOut pins 0-7 in Logicator = ?
SerIn pins 0-7 in Logicator = ?
In fact many Logicator functions allow you to select any pin between 0-7 but give no clue to where the pin is physically - or am I missing something?
Any guidance would be greatly appreciated.