Investigating digital electronics
Author(s)
Bibliographic Information
Investigating digital electronics
Longman Scientific & Technical, 1991
- V. 1
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Description and Table of Contents
- Volume
-
V. 1 ISBN 9780582060036
Description
Assuming no previous knowledge of electronics, this introduces basic principles to the student beginning electronics. The book is divided into three parts including logic gates, multivibrators and digital microelectronics. It explains the relationship between voltage, current and resistance and introduces a range of common electronic components. The circuits have been built and tested, so this book can be used as a practical course as well as a reference text. It also provides practical exercises and self assessment questions to reinforce important aspects. It is intended to give an adequate cover of the EITB TR21 basic training requirement in electronics. It may be useful reading for those studying design and technology in schools and colleges and for students taking BTEC Engineering courses.
Table of Contents
- Logic gates - diode transistor logic
- multivibrators - bistable or flip flop circuits
- digital microelectronics - integrated circuit multivibrators, shift registers, adder circuits, bistables or flip flop-s, counters.
- Volume
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:correct ISBN 9780582060043
Description
This is the second volume of a two part series, and a companion to Investigating Electronics Vol 1. Divided into three sections, the authors begin with simple circuitry detecting light, heat and fluid and then discuss the construction of logic gates. Part two provides a detailed explanation of multivibrators, including bistables and flip flop circuits. Part three investigates digital microelectronics: integrated circuit logic gates; integrated circuit multivibrators; shift registers; adder circuits and counters.
Table of Contents
- Preface. Acknowledgements. Part 1. LOGIC GATES: DIODE TRANSISTOR LOGIC (DTL): Introduction
- NOT gates
- NOR gates
- AND gates
- NAND gates
- Exclusive-NOR gates
- Exclusive-OR gates
- Practical Exercise: a logic probe
- Self assessment questions. Part 2. MULTIVIBRATORS: BISTABLE OR FLIP FLOP CIRCUITS
- The RnS bistable
- Monostable multivibrators
- Adjustable timers
- Astable multivibrators
- Astable multivibrators with waveform correction
- Mark space facilities, mark/space voltage and frequency control
- Other uses of astable multivibrators
- Visual and audible alarms
- Electronic keyboard
- Capacitance bridge
- Practical exercise: a square generator using tagboard construction
- Self assessment questions. Part 3. DIGITAL MICROELECTRONICS: INTEGRATED CIRCUIT LOGIC GATES: Quadruple, two-input NAND gates
- Quadruple, two-input NOR gates
- Special logic gates
- Complementary metal-oxide semiconductor logic gates
- INTEGRATED MULTIVIBRATORS: RnS bistable or flip flops
- Monostable multivibrators
- Astable multivibrators
- Clocked RnS
- Preset and clear controls
- D-type bistables
- Self assessment questions. SHIFT REGISTERS: SISO D-type shift registers
- SIPO D-type shift registers
- Binary to decimal decoders
- PIPO shift registers
- Decimal to binary encoders
- An encoder with memory
- An encoder/decoder
- PISO shift registers
- Serial data transfer. ADDER CIRCUITS: The half adder
- full adders
- Four bit adders
- A decimal adder. BISTABLES OR FLIP FLOPS: An RnS master slave flip flop
- T-type master slave bistable
- JnK-type master slave bistable. COUNTERS: Asynchronous binary counters
- Synchronous binary counters
- BCD counters
- Self assessment questions. Index.
by "Nielsen BookData"