#721 TTL Cookbook
Book notes: TTL Cookbook, by Donald E. Lancaster. First published May 1, 1974.
Notes
See also:
Contents
CHAPTER 1: SOME BASICS OF TTL
- 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
- Type Numbers and Descriptions
CHAPTER 3: LOGIC
- 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 DeMorgan9s 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
- 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 Tachometer - Digital Thermometer - Negative-Recovery Circuits - l T L Mono- stable Multivibrators
CHAPTER 5: CLOCKED LOGIC THE JK AND D-TYPE FLIP-FLOPS
- 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
- 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
- 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
- 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
- N Typewriter
- A Printing Computer
- Electronic Music Synthesizer
- Some TTL Projects
APPENDIX
- MANUFACTURERS OF TTL AND ASSOCIATED PRODUCTS