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July 11, 2008
about 4 years ago
Does it have the JTAG leads on the header so I can use OpenOCD and a gcc based toolchain with it? I have a hobby project running on ARM7TDMI I’m looking to port to Cortex M, and this looks like a good candidate… But I need access to the JTAG interface.
about 7 years ago
Note: the JTAG connector is unpopulated on this board, so make sure you have one on hand or add one to your order.
about 8 years ago
Just to clarify: use this board with 18-pin PIC16’s, not PIC18. The latter will end up connecting the USART RX pin to the ICD PGM pin TX to the LED, while leaving its PGM pin floating. Jumpering pins 10 and 11 for PIC18 works to obtain ICD connectivity, but there is no RS-232E functionality without cutting a few traces and rerouting the LED.
about 9 years ago
Any thoughts on what I should use for a bus connector? I assume I need solder something to the pads along the edge.
about 9 years ago
Oops, obviously I meant to ask if you used a 3.3V Vdd also…
rayman: when you connected it to a 3.3V interface, did you give it a 3.3V Vss also?
It seems to have a pair of FG/FS pins; FG is documented as frame ground. But I don’t see FS documented - do I need to worry about this?
I’m hoping to use it with a 3.3V LPC2294 via the EMC CS2.
I’m assuming the backlight is a totally separate circuit and I can use an external DC supply for that…
News - What would you like to se…
about 10 years ago
I’d love to see a small DC-DC step up converter board with an ST L6920DB, for battery (1 or 2 AA) applications.
Also, small project enclosures with a battery compartment for one or two AA/AAA. Say an interior space the length of an AA and 3X the width, with a door and clip for an AA. (And a groove to slide the above step-up converter into! :))
No public wish lists :(
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