Part Number: CD4059A-MIL Other Parts Discussed in Thread: CD74HC4059 I'm looking for a Drop-in replacements for the 74HCT4059N. What recommendations does TI have?
Part Number: CD4059A Other Parts Discussed in Thread: TPIC6B259 , SN74LV163A , SN74HCS138
Hello forum,
I want to design a circuit that LED light sequencer. I want to turn on the leds one by one. I think of it as a floating signal circuit in a taillight…
Part Number: CD4059A I'd like to revisit the subject of my previous thread which was never resolved; unfortunately I wasn't able to work on this project for some time and so the thread has been locked in the meantime, so I'm starting a new one. the original…
Part Number: CD4059A I'm using the CD4059AM in an application where jam inputs 1 through 7 are controlled by an MCU to give different divisors. Multiple inputs can change at a time, and they should all change relatively instantaneously. For a given input…
Part Number: CD4059A Other Parts Discussed in Thread: SN74HC4060 , SN74LVC1G80 I have a 16kHz clock. I want to divide it by 2^15 or 32768. The high voltage is 1.8V and low voltage is 0V. Do u have a IC that can do this ???
Other Parts Discussed in Thread: CD4059A Hello all,
I'm working on a project which is using a Divide by N component, CD4059A. In fact, I have a problem with it.
I'm trying to configure it in order to have N=1000. So, I fixed input J1 (pin 3) and…
Hi Kay,
Divide-by-12 and 12-bit division are very different functions.
This operation is typically handled by a low-cost microcontroller today ( www.ti.com/.../overview.html ). It looks like the whole purpose of the circuit is to generate a 2.048…
Hi Gage,
I think this chip might be overkill for your application, but it is possible to make it work. The SN74HC4059 was designed to be pin-to-pin compatible with the CD4059A, which has a datasheet that is a bit easier to read and contains some examples…
Hi Om,
To get exactly 8 kHz from 2 MHz, you need to divide by 250. The device you have selected only divides by powers of 2... so the closest you could get is 2^8 = 256. Is 7.8125 kHz close enough for your application? If it is, why not use a simpler…
Part Number: CD74HC4059
Hello again,
I posted here a couple of months ago regarding a frequency divider and you guys were a huge help, Emrys especially.
What I Have:
I further developed the circuit to accept sinusoidal wave inputs and square wave…
