4000 Series Logic ICs : The 4060 Ripple Counter

Playing around with 4000 series logic ICs, this is the CD4060 a Ripple Counter.
Parts:
CD4060
32.768kHz crystal
2 x 33pf capacitors
330k resistor
2 x 6.4M resistors
Red LED
470 ohm resistor
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[@PhG1961]

Wonderfull ! The CD4000 series... a trip down memory lane. I had so much fun with those. Also noticed that your calculator is from the same era. Thnxs for sharing.

[@johnarmstrong3782]

Excellent video! At last some one explains an ic in language I can understand. Thanks

[@eddiespencer1]

I really dig that old calculator you're using.

[@Inquire98]

"Thank You", thank you very much. May I have a copy of your notes 😎

[@dipakbhalodia7155]

Mr. David good working your lab

[@airwavested]

Stick some red insulation tape over the display on your frequency counter. Makes it much easier to see in most lighting conditions. Cheap and easy, right up your street! 😊

[@Ogma3bandcamp]

Very Big Clive style ending there.

[@JohnJones-oy3md]

One of my old favorites. Add a CD4040 (or several) for LOOOOOOOOOONG delays.

[@deathshaker0026]

So far I only got to play with CD4017 and CD4026, and the 7400-series. I think the Frequency Counter is awesome!! You can get a logic tester for 7400-series and 4000 Series.

[@Vermilicious]

Good video. You could have added something on how to determine the component values though, based on the frequencies one might want. From what I see, this chip is capable of a frequency of 8MHz. In the example you have a 32 kHz crystal, so there's a lot of possibilities there.

[@planker]

Like. I just received a box of 4000 series chips. My bench is simular to the video. Breadboard, component tester/freq counter, multimerter and my handmade DSO138. I'm doing this. I started here.

[@eddieyu80]

I use the 74HC4060 pushing MOSFET 2N7002 to lite up LED where 74HC4060 Vcc is 3.3V and 2N7002 Vds is 12V from car lead-acid battery. The output voltage of Q is half of Vcc, 1.67V. Which is a bit below the gate threashold Vgs(th) of 2N7002. How to wire to make the Q output is at same level of Vcc? Or select another N-MOS having lower Vgs?

[@Sarahbuildsstepsequencers]

Are there more in this series to come? These are really fun. Thanks.

[@DavidWatts]

Yeah whenever I pick up a new one, CD4020 next I think then the CD4066.

[@tylere8624]

I know this is a year and a half old video, but here's hoping you still get notifications.. I am trying to somewhat replicate a tea light LED candle that when switched on, stays lit for 6 hrs and then automatically turns off for 18 hrs with the switch remaining in place. All of my research brought me to this video and I was wondering if this 4060 IC is the item I need? I am trying to power one (maybe two) 5 mm white LEDs with a 9V battery while keeping size to a minimum. I know how to do this with an Arduino Nano, but I believe it would be large, drain the battery too fast, and kind of excessive for this small application. I have a soldering iron, some protoboards, the 5 mm white LEDs I want to use and some resistors but can get more supplies if needed. I plan to make several of these setups for gifts ;) I am brand new to electronics and any help would be greatly appreciated.

[@DavidWatts]

I can't tell you exactly how to do it but I can give you a rough idea. Using an RC oscillator on the 4060, 120k resistor on pin 11 another on pin 10 and a 10uf cap on pin 9. That should give around 4.5-5hz. So Q14 (pin 3) will trigger once an hour (It won't be that accurate but good enough). Throw that into a decade counter 4017 and when it gets to 6 hours on the output you'll need to figure out an off switch with a couple of mosfets or transistors. With all that in there you are probably looking at around 10uA. Alternatively, you could look for a oneshot 555 circuit which would also work for you.

[@tomas83b]

Tnx for the vid, great work! I build the same circuit but its seems that the 4060 is useing alot of power (0.5 mili amp) do you know if that is normal?

[@DavidWatts]

0.5mA seems a little high, most likely cable resistance or resistors in the circuit

[@connorchapman4223]

Logic ... Haven't used it much but could us it if I had to

[@PunkHippie1971]

What is your supply voltage?

[@DavidWatts]

About a year ago now so I don't know for sure but it sounds like I can hear my PSU, so it would have been 5v.

[@joedempseysr.3376]

Why the strange layout of the two 6.8M Ohm resistors? They're simply in series. Why not draw them like that? A piece of red sheet plastic will allow the 7 segment LED display to be visible under almost all lighting conditions. Don't you own a LCD calculator? It would be visible without having to tilt it. Just lay it on the table and voila! Finally, could you pick up the pace a bit? You only need to give one example and then say, and so forth but yiu seem to dran yiur explanations on and on and on and on and on ... Get my point? Thank you for your efforts.

[@DavidWatts]

Thanks for the feedback Joe. The diagram got away from me a bit, I think they are still in series in the diagram, I am just not great at getting things down on paper. For the rest of the feedback I will simply say that, it is what it is and those were the decisions I made with how I explained it and demonstrated it.

[@joedempseysr.3376]

@@DavidWatts I understand. Please keep making digital electronics videos. I appreciate how you encourage people to learn and expetiment.