I recently purchased a Digital discovery, and the Static IR module made me think that a "crosspoint" feature would be useful for simulating a key matrix (assuming that driving and sensing line do not switch, and that the total propagation delay is low enough). Using a digital crosspoint switch to simulate a key matrix definitely has some differences from the way that a physical matrix behaves (such as noise when the switch opens and closes), but I'd find it useful for developing with, and I think some others would as well.
Perhaps more generally, it would be very powerful to be able to do some logic design on board the device, maybe even just macro-cell configuration.
Anyway, thanks for quality products and a good (and portable) SDK.
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Pseudonym1
I recently purchased a Digital discovery, and the Static IR module made me think that a "crosspoint" feature would be useful for simulating a key matrix (assuming that driving and sensing line do not switch, and that the total propagation delay is low enough). Using a digital crosspoint switch to simulate a key matrix definitely has some differences from the way that a physical matrix behaves (such as noise when the switch opens and closes), but I'd find it useful for developing with, and I think some others would as well.
Perhaps more generally, it would be very powerful to be able to do some logic design on board the device, maybe even just macro-cell configuration.
Anyway, thanks for quality products and a good (and portable) SDK.
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