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@ -125,7 +125,6 @@ Test the prototype.
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[x] Connect FPGA USB D+/D- with 1.5k pullup in USB 1.1 (full speed) mode
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[x] FPGA USB add 27 ohm + 3.6 V zener
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[x] Symmetrically place USB connectors left-right
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[ ] Jumpers to switch 2.5V/3.3V for left IO banks
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[x] External JTAG header
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[x] Move JTAG 2 mm left
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[x] Move WiFi Disable jumper closer to the BTN1 (angled header)
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@ -182,7 +181,6 @@ Test the prototype.
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[x] micro USB extended pads for Handsoldering (already were extended)
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[x] move 25MHz oscillator away from USB connector for handsoldering
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[x] schematics gpio J..+- pins renamed to gp/gn for easier readability
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[ ] Make BOM outputtable from PCB->Files->Fabrication Outputs->BOM file
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[ ] route 16-channel ADC
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[x] move 8 LEDs a bit down and right
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[x] let SD_CLK go to FPGA clock capable pin: swap SD_CLK and SD_D2 pins
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@ -196,4 +194,11 @@ Test the prototype.
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[ ] every 1-2 seconds there are clicks at analog audio output
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[x] 3.6V zener diodes must be on FPGA side
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[ ] power output header: GND 1.1V 2.5V 3.3V 5V output
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[ ] can esp32 second tx/rx port make serial communication with FPGA
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[x] can esp32 second tx/rx port make serial communication with FPGA
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[ ] Jumpers to switch 2.5V/3.3V for left IO banks
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isolate each PMOD group to each bank
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move audio L0,R2 from gpio bank1 to usb bank6
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move GP7,GP8 from gpio bank0 to gpio bank1
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move usb pullup from gpio bank0 to usb bank6
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then bank0 or bank1 voltage can be selected 2.5/3.3V
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add jumper headers for voltage selection, route to PMOD and VCCio0/1
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