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Karma247
modified 10 years ago

SINGLE WIRE Data Packet Transfer - TX-RX - MK-2

5
4
676
06:40:26
Data transfer via 1 wire. LH side is TX & RH side is RX. The single connection between the two sides is the SPST switch at bottom of the screen. Set the bits for the TX to display a number. That number will then be displayed on the RX side. The sequencers on each side are synchronised via a shared clock pulse / signal pulse wire. The signal pulse is higher voltage. The TX sequencer reads the bits set for the TX display (4 clock pulses), and sequentially transmits them to the RX as higher voltage pulses. On th RX side, all pulses are fed to the sequencer, to make it step, but only the higher voltage pulses get past the zenner diode. These pulses are then combined with the output of the sequencer, and sent to the 4 latches, (top right) (used counters to create the latches). This creates a latched bit set. A fifth pulse then loads this bit set into the counter that feeds the RX display. Does not work at higher sim speeds.
published 10 years ago
roops1967
10 years ago
Multiplexing with voltage , I praise you ;)
roops1967
10 years ago
The diodes are making the sim laggy but I guess not much can be done bout that... or try reducing the sim speed an adjusting your clock to accommodate
Karma247
10 years ago
Thanks roops. It took a while, but I got there in the end.
Evanx13
10 years ago
Wow impressive

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