When seeing CD4013 in general electronic circuits. We know that it is a digital CMOS chip. But how to use it? This article has answers. Understanding it easily use as a basic system.
The CD4013 or IC-4013 is a CMOS logic chip with two D-Type (DATA) Flip-flops. A clock pulse flow to C (clock pin), will store the data at the D input. Connect clock and both Q output to make a toggle flip-flop for counting.
Of course, when wanting to use any IC. It is necessary to know the leg of it well enough. The CD4013 is no exception. See below is its pinout.
Block diagram or Functional Diagram Inside CD4013-Dual D-type Flip-flops
The importance Pins look at the table below.
1.) Pin 14 is a positive power supply and pin 7 is a ground.
The power supply range of 3 volts to 16 volts and Maximum supply voltage at pin 14 must not much than 18 volts.
See in the truth table of 4013
1. The first column in the truth table is for the clock input.
They have three states are (1). The rising edge of a clock pulse.
(2.) the falling edge of a pulse, and (3.) Nevermind
The 4013 responds only to the rising edge of a pulse.
Notice that both the R(reset) and S(set) inputs can both be “0” (Low) But not 1 (High-disallowed)
Both the output pin has always different states. If Output 1 is “0” then output 2 is “1”.
Using 74HC4013 High-speed CMOS
We know that the CMOS chip has disadvantages, it is slow, but if you want to work as fast as a TTL chip. We should change to use the 74HC4013 family of CMOS. We can easily avoid the disadvantages.
Many 4013 circuits
We can use 4013 in many ways. Look at below for example how to use them.
Divide by two
When we enter a signal with a high frequency to the input of IC-4013. It will divide the frequency by two. For example, you enter 1KHz frequency. Then, the output is 500Hz in the same waveform.
Here are a few related posts you may find helpful, too:
- Digital Electronics Projects using Flip–Flop Switch Circuit
- CD4027 datasheet of Dual J-K Flip–Flop
- The experimentation of 2 bit binary counter using CD4027 SN7473
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