Please check the small video segment here:What is your button contact filter circuit.?
You mean the link in your post. I read it all. Its a good read. 3 ways to do it.Look at my post #7.
I left aside for the momment the SRAM... I know. But I will come back to it immediately after I finish with this EEPROM.Which circuit did you build in real life on the breadboard?
You are mixing CMOS and TTL logic. Beginners shouldn't do that because TTL output levels aren't guaranteed to drive CMOS inputs. It will work for typical TTL devices, but not all devices will be typical.And as I started, I got into some problems:
Yes, quite right, hmmm... I know I dont make stupid mistakes anymore... I am folowing my circuits quite exactly.Simulations don't always reflect reality.
the red wire on the switch is to +5V and the Black wire is to gnd. The Green wire of the switch is to CKA.I don't see a pull up resistor on the CP0 input. I assume that the red wire on the switch is connected to ground.
On the breadboards you're using, it would be logical for the blue busses to be ground and the red busses to be power. You did that on the left power rails, but not on the right.the red wire on the switch is to +5V and the Black wire is to gnd.
Yes only on the right side I inverted the rails because is how I work, is easier to use in both sides of the chip the same color and length of a wire for the same polarity - either is pos or neg.On the breadboards you're using, it would be logical for the blue busses to be ground and the red busses to be power. You did that on the left power rails, but not on the right.
No. Which are the CMOS again? The 7000 series I presume?Are you handling the CMOS integrated circuits properly (i.e. ESD safe manner)?
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