Mitch,
The board has the following jacks on the right side, accessible form the
rear (the inside of the case):
SPI with 5V
Serial I/O with 5V
X and Y analog input
USB
I could also add I2C, if that's important in addition to the above.
On 1/17/16 11:50 PM, Mitch wrote:
David, would you consider adding a socket for the nrf24L01+? Even if you
don't implement any functionality with your initial software release, lots
of options such as remote control and who knows what else, become
available. And all it takes is 3.3v and connections to the SPI bus.
On Friday, January 15, 2016 at 12:58:11 AM UTC-5, nixiebunny wrote:
I have been doing a lot of component placement work on the new scope
clock board. Tetris! This is what it looks like. The six square controls
with equilateral triangle dots are the oscilloscope knobs, and the
function encoder is at bottom center. The other square pots are trimmers
accessible through the front panel.
The HV power supply is at upper left, deflection at upper right, V power
lower left, computer at lower right. A big USB-B connector is behind the
lower right corner. RTC battery is at bottom.
The thru-hole parts (other than controls) are rear mounted, with all SMT
parts on the front. There will be 5/16" standoffs in the six outer holes
to mount the board to the front panel.
This is a work in progress.
--
David Forbes, Tucson AZ
--
David Forbes, Tucson AZ
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