4013 Dual Flip-Flop: Build a Divide-By-Two Circuit

Would you like to see a digital circuit do a little division? Well, in this experiment we’ll build on our knowledge and build a divide-by-two circuit using an inverter IC the 4013 D-type flip-flop. This circuit is also the basis for the LED chaser circuit we’ll build later in the series.

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	Getting Started With Digital Logic 1
	Getting Started With Digital Logic: Logic Gates
	Build a Simple Logic Probe
	Understanding Truth Tables
	4001 Quad NOR Gate: Build a Simple LED Flasher
	4001 Quad NOR Gate: Build a Fancy LED Flasher
	4001 Quad NOR Gate: Build a Set-Reset Latch
	4001 Quad NOR Gate: Build a Control Gate
	4001 Quad NOR Gate: Build a Latched Relay
	4049 Hex Inverter
	4070 Quad Exclusive OR Gate: Build a Binary Half Adder
	4011 Quad NAND Gate: How the NAND Gate Works
	4011 Quad NAND Gate: Make a Red-Green
	4011 Quad NAND Gate:How to Make an OR Gate
	4011 NAND Gate:Build a Simple Tone Generator
	4011 NAND Gate:Build a Better Tone Generator
	4011 NAND Gate:Build a Pulsating Tone Generator
	4070 Quad Exclusive: Build a Binary Full Adder
	4070 Quad Exclusive OR Gate
	4066 Quad Switch: Getting to Know the 4066
	4013 Dual Flip-Flop: Build and Understand a Data Flip-Flop
	4013 Dual Flip-Flop: Build a Divide-By-Two Circuit
	4013 Dual Flip-Flop: Build a Binary 2-Bit Counter
	4013 Dual Flip-Flop: Build a 1-of-4 Sequencer
	4017 Decade Counter – Make a Switch Bounce Analyzer
	4017 Decade Counter – Make a Totalizer
	4017 Decade Counter – Build a Count-to-N And Halt Counter
	4017 Decade Counter – Build a Bargraph Readout
	4017 Decade Counter
	4511 Seven-Segment Decoder-Driver
	4029 Up-Down Counter

Have a question ?Tell us what you're thinking...

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