![]() ![]() Whenever a maker, experienced or not, has a need to time, sense, or control anything, we often reach straight for a microcontroller. It ended up solving a real-world need for us, and now we think other people will find it a good problem-solver too. ![]() It counts in binary rather than sequentially like the venerable CD4017. The CD4060 is a 14-stage counter, with its own in-built oscillator ability set by three external components, and ten of its fourteen stages accessible as output pins. This Classroom installment comes courtesy of another project we were working on, which led to us investigating an IC we had never given much thought to. The circuit will need to be reset.įor this you will need to switch OFF power completely and wait for sometime and then switch ON to restart the unit.Īlternatively you can add a momentary push-switch between positive line and pin#12 of the IC, pressing this momentarily will reset the IC and enable it to restart normally.Another less familiar but very useful IC that even we didn't know we needed, until we discovered it recently while solving a real-world problem. The circuit is unable to break the latch created by the diode connected between its pin#11 and the output pin#13. Kenndy Assessing the Latching Behavior of IC 4060 Circuit My circuit uses the coffeemakers on/off switch. I have sent you my schema that i use and may be you can please look at it and perhaps have some solution. ![]() The problem is when I've wired it all up and start the machine it works fine all time to the time elapse after about 35min, but if i will start it again 1 hour later then it not works nothing happens, seems that circuit is locked up or something. I am writing you from Sweden and have some problem with timer for my ordinary coffeemaker. Kenndy and was solved through the following email discussion: Why IC 4060 Stops Resetting after each Timing Cycle ![]()
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