
Got PicoScope 7 beta running on my Arch Linux box. Pictured above connected to the clock and address bus of my Z80 microcomputer project. Took a little work to get the right packages built and installed. Contact me if you want the packages I used.

Got PicoScope 7 beta running on my Arch Linux box. Pictured above connected to the clock and address bus of my Z80 microcomputer project. Took a little work to get the right packages built and installed. Contact me if you want the packages I used.
Testing out syntax highlighting:
public class Hello {
public static void main(String[] args) {
System.out.println("Hello world!");
}
}
The design here is based on Grant Searle's design available here: http://searle.x10host.com/z80/SimpleZ80.html
Only difference is I'm using an old school Z80 DART for the I/O instead of a 68B50 which Mouser didn't carry. I plan on using his ROM sources, but not sure yet if I have to make changes to the serial port addresses and rebuild it.

Above you can see the PicoScope showing the clock up top on channel A and A0-A15 address lines on the digital channels at the bottom.
Here you can see the PicoScope connected to the prototype board. Clock is run by a crystal connected to an inverter you can see as the smaller chip on the right side of the board. The larger chip is the Z80 itself. The colorful ribbon is the connections from the address bus to the PicoScope's digital inputs.
And this is how I've verified that the CPU is running and attempting to call out to memory for a program to run. Next I need to hook up an EEPROM and some RAM.
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