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Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
---|---|---|---|---|---|
Searching... | 30000000807309 | TK7865.L6 L36 1974 | Open Access Book | Book | Searching... |
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Summary
Summary
This best selling book has become the standard reference to TTL devices. It tells what they are, how they work, and how to use them. TTL Cookbook is filled with typical circuits and practical applications to aid the user who wants to learn about and use TTL. Book jacket.
Author Notes
Don Lancaster is the head of Synergetics, a prototyping and consulting firm that specializes in electronic design and micro applications. Lancaster has written many books about personal computers and electronics. Among the best known are the CMOS Cookbook and the TTL Cookbook, but he is also the author of The Hexadecimal Chronicles, The Active Filter Cookbook, The Cheap Video Cookbook, The Incredible Secret Money Machine, and several books about Apple computers.
Lancaster's books are popular because he writes about technical subjects in a clear, understandable way. He has also written more than 200 articles, some of which have been collected in the book The Case Against Patents: Selected Reprints from Midnight Engineering and Nuts & Volts Magazines.
When not working with computers and electronics, Lancaster's interests include firefighting, bicycling, cave exploration, and ecology.
(Bowker Author Biography)
Table of Contents
Chapter 1 Some Basics of TTL | p. 8 |
The Two-Input, Positive Logic, Nand Gate | |
A Closer Look | |
Other Logic Blocks | |
Packages | |
Types of TTL Available | |
Power Supplies and Spike Decoupling | |
Breadboarding and Mounting Techniques | |
Testing and Monitoring States | |
Interface | |
Tools | |
"Bad" and "Burned Out" Integrated Circuits | |
Some Conventions | |
Chapter 2 Some TTL Integrated Circuits | p. 38 |
Type Numbers and Descriptions | |
Chapter 3 Logic | p. 122 |
The Two-Input Gate as a Simple Switch | |
State Definitions: What Is a Zero? | |
One-Input Logic | |
Two-Input Logic | |
Other Two-Input Logic Functions | |
A Trick Called DeMorgan's Theorem | |
Open-Collector Logic | |
Tri-State Logic | |
Advanced Logic Design: Data-Selector Logic | |
Advanced Logic Design: The Read-Only Memory | |
Some Examples and Logic Design Rules | |
The ASCII Computer Code | |
Chapter 4 Gate and Timer Circuits | p. 158 |
Two Cross-Coupled Inverters | |
Improved Triggering | |
The Set-Reset Flip-Flop | |
Edge Triggering | |
Using RS Flip-Flops | |
The Schmitt Trigger | |
A High-Impedance Interface | |
Other Interface Circuits | |
Signal Sources | |
A Wide-Range Voltage-Controlled Oscillator | |
Another Crystal Oscillator | |
The 555 and MC1555 | |
Two-Tone Alarm | |
Tempo Generator or Electronic Metronome | |
Digital Capacitance Measurement | |
Brightness Control for a Digital Display | |
Electronically Variable Time Constant: A Music Attack-Decay Generator | |
Monostable Multivibrators and Pulse Generators | |
The Half-Monostable Multivibrator | |
The 555 as a Monostable Multivibrator | |
Frequency Meter or Tacometer | |
Digital Thermometer | |
Negative-Recovery Circuits | |
TTL Monostable Multivibrators | |
Chapter 5 Clocked Logic | |
The JK and D-Type Flip-Flops | p. 189 |
How Does the Clock Work? | |
The Master-Slave Flip-Flop | |
The JK Flip-Flop | |
The D-Type Flip-Flop | |
Using the Direct Inputs | |
Where Do We Use Flip-Flops? | |
Digital Readout Memory | |
High-Speed Deglitcher | |
Keyboard Debouncer | |
Digital Sample and Hold | |
Garbage Eliminator | |
Electronic Music Keyboard Storage | |
Shift Registers | |
Binary Dividers and Counters | |
Gate Synchronizer | |
Clock Synchronizer | |
The One- and-Only-One | |
The N-and-Only-N | |
The Resynchronizer | |
The Ambiguity Resolver: Removing Bobble | |
The Bucket Brigade | |
Sequential Pass-on | |
Digital Mixer | |
Chapter 6 Divide-By-N Counters | p. 217 |
Counter Qualities | |
Some Pitfalls | |
Some Low-Modulo Counters | |
Some TTL MSI Counters | |
More Counters | |
Modulo 6 | |
Divide-By-7 | |
Divide-By-8 | |
Divide-By-9 | |
Divide-By-10 | |
Divide-By-11 | |
Divide-By-12 | |
Thirteen Through Sixteen | |
Universal Count Sequencers | |
Unit-Cascaded Counters | |
Decoding States | |
Some Decoder Circuits | |
Matrix Decoding | |
Driving Readouts | |
One-Package Counter/Decoders | |
A Synchronous Up/Down Counting System | |
An Example: Electronic Music | |
Chapter 7 Shift Registers, Noise Generators, and Rate Multipliers | p. 258 |
Shift-Register Connections | |
Which Register? | |
Self-Resetting Always-Accurate Digital Clock | |
Character Generator | |
Another Electronic Stepper | |
The Walking-Ring Counter | |
The Odd-Length Walking-Ring Counter | |
Electronic Dice | |
Other Shift-Register Counters | |
The Pseudo-Random Sequencer | |
Longer Sequences | |
A Music Composer | |
The Rate Multiplier | |
Multiplying and Dividing | |
Squares and Square Roots | |
Chapter 8 Getting It All Together | p. 292 |
Digital Counter and Display Systems | |
The Speed-Resolution Product | |
Accuracy | |
Events Counter | |
Electronic Stopwatch | |
Frequency Counter | |
Bobble and Update Limitations | |
Clocks | |
Digital Voltmeter | |
Digital Tachometer | |
Other Digital Instruments | |
Some Specialized TTL Applications | |
A Television Time Display | |
TV Typewriter | |
A Printing Computer | |
Electronic Music Synthesizer | |
Some TTL Projects | |
Appendix Manufacturers of TTL and Associated Products | p. 328 |
Index | p. 329 |