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Edition | Availability |
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1
BASIC for electronic and computer technology
1986, Prentice-Hall
in English
0130601950 9780130601957
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Book Details
Table of Contents
Oi]ffiil^[iB^Ss Preface
Page xiii
Chapter 1.
Introduction to BASIC
Page 1
11 A Growing Requirement
Page 1
12 A Brief History
Page 3
13 Hardware versus Software
Page 4
1 4 Memory
Page 5
15 Computer Operations
Page 9
16 Programming Languages
Page 10
17 The Learning Process — How?
Page 11
18 Equipment Requirements
Page 12
Chapter 2.
Arithmetic Operations
Page 14
21 Introduction
Page 14
22 Addition and Subtraction 13 23 Multiplication and Division
Page 16
24 Numeric Constants
Page 16
25 Exponentiation
Page 18
26 Combined Operations
Page 19
27 Use of Parenthesises
Page 19
28 Precision
Page 20
29 Integer Division
Page 22
210 Variables
Page 22
211 The Comma
Page 26
212 The Semicolon
Page 27
213 PRINT USING Statement 214 The Colon
Page 28
215 ABS(X)
Page 29
216 SQR{X)
Page 29
217 INT(X)
Page 30
218 SGN(X)
Page 31
27 Chapter 3 Writing BASIC Programs
Page 35
31 Introduction
Page 35
32 Program Format
Page 36
33 END Statement
Page 37
34 RUN Command
Page 37
35 REM Statement
Page 37
36 An Introductory Program
Page 38
37 CLS Statement
Page 38
38 LIST Command
Page 39
39 EDIT Command
Page 40
310 DELETE Command
Page 40
311 PRINT Statement
Page 41
312 NEW Command
Page 42
313 INPUT Statement
Page 43
314 Sample Programs
Page 44
315 VAL Function
Page 50
316 LEN Function
Page 50
317 LEFTS Function
Page 51
318 RIGHTS Function
Page 51
319 MID$ Function
Page 52
320 TIMES Function
Page 52
321 LPRINT and LPRINT USING
Page 52
322 LLIST
Page 53
Chapter 4.
Other Arithmetic Functions and Disk Operating Instructions
Page 55
4 1 Introduction
Page 55
42 Degrees versus Radians
Page 55
43 Trigonometric Functions
Page 58
44 Exponential Functions
Page 63
45 Logarithms
Page 66
46 Random Number Generation
Page 68
47 RANDOMIZE Statement
Page 70
48 Disk Operating System
Page 71
49 Copying and Formatting Procedures
Page 72
410 Storing and Accessing Files
Page 72
Chapter 5.
Program Testing and Looping
Page 77
51 Introduction
Page 77
52 GOTO Statement
Page 77
53 IF THEN Statement
Page 78
54 FOR/NEXT Statement
Page 81
55 ON GOTO Statement
Page 83
56 WHILE/WEND Statement
Page 84
57 INKEY$ Statement
Page 85
Chapter 6.
BASIC Modules, Data Arrays, and Graphing
Page 90
6 1 Introduction
Page 90
62 Subroutine or Program Modules: GOSUB and RETURN Statements
Page 91
63 ON GOSUB Statement
Page 93
64 Data Arrays: DIM Statement
Page 94
65 READ and DATA Statements
Page 96
66 TAB
Page 97
67 PRINT USING Statement
Page 98
68 Examples
Page 101
69 Plotting Graphs
Page 102
Chapter 7.
DC Electric Circuit Analysis
Page 110
71 Introduction
Page 110
72 Wire Resistance
Page 111
73 Resistance versus Temperature
Page 113
74 Ohm's Law
Page 115
75 Flowcharts
Page 117
76 Color Code
Page 118
77 Total Resistance
Page 121
78 Series/Parallel DC Networks
Page 122
79 Ladder Networks
Page 125
710 Thevenin's Theorem
Page 127
711 Superposition Theorem
Page 134
712 Mesh Analysis
Page 136
713 Nodal Analysis
Page 138
7 14 Testing Routine for the Color Code
Page 140
Chapter 8.
AC Electric Circuit Analysis
Page 148
81 Introduction
Page 148
82 AC Conversions
Page 148
83 Polar-to-Rectangular Conversions
Page 151
84 Vector Addition and Subtraction
Page 158
85 Vector Multiplication and Division
Page 160
86 Series Sinusoidal Circuits
Page 163
87 Parallel Sinusoidal Networks
Page 167
88 Parallel Impedances
Page 171
89 Mesh Analysis
Page 174
810 Nodal Analysis
Page 178
811 Sinusoidal Waveforms and Phase Relations
Page 181
812 Testing Vector Operations
Page 188
813 Testing Impedance Calculations
Page 197
Chapter 9.
Resonance, Power, and Nonsinusoidal Systems
Page 203
9 1 Introduction
Page 203
92 Series Resonant Circuits
Page 203
93 Design: Series Resonance
Page 213
94 Parallel Resonant Circuit
Page 215
95 Double-Tuned Filter
Page 219
96 Total Real, Reactive, and Apparent Power
Page 226
97 Three Phase Power
Page 229
98 Unbalanced Wye-Connected Load
Page 233
99 Nonsinusoidal Circuit Analysis
Page 238
Chapter 10.
Electronic Devices and DC Biasing
Page 243
10 1 Introduction
Page 243
102 Diode Operation
Page 243
103 BJT Circuit Operation
Page 247
104 DC Bias of JFET Circuits
Page 252
105 Test Programs
Page 259
Chapter 11.
Electronic Circuit Small-Signal Analysis
Page 265
111 Introduction
Page 265
1 1 2 BJT AC Small-Signal Analysis
Page 265
113 JFET Small-Signal AC Analysis
Page 272
1 1 4 Design of a BJT Amplifier Circuit
Page 274
1 1 5 Design an FET Amplifier Circuit
Page 277
1 1 6 Test of AC Circuit Calculations
Page 278
Chapter 12.
Multistage Systems and Large-Signal Amplifiers
Page 285
121 Introduction
Page 285
122 Multistage Amplifiers
Page 285
123 Large-Signal Amplifier Circuit
Page 294
124 Power and Thermal Operation of a BJT
Page 301
Page 303
Chapter 13.
Feedback, Op-Amps, and Oscilla Circuits 131 Introduction
Page 303
132 Feedback
Page 303
133 FET Feedback Network
Page 312
134 Op- Amp Adder-Subtractor
Page 316
135 Phase-Shift Oscillator
Page 318
136 Colpitis Oscillator
Page 321
137 Relaxation Oscillator
Page 325
Chapter 14.
Frequency Response and Communication Systems 141 Introduction
Page 332
142 Linear versus Logarithmic Scales
Page 332
143 Bode Plot
Page 336
144 BJT Low-Frequency Analysis
Page 340
145 Magnitude/Phase Plots
Page 346
146 Amplitude Modulation
Page 353
147 Frequency Modulation
Page 358
148 Varactor Diode Modulator
Page 362
149 Transmission Lines
Page 366
Chapter 15.
Transients, Laplace, and Filters 15,1 Introduction
Page 372
152 RC Charging Circuit
Page 372
153 RC Circuit; Initial Conditions
Page 377
154 Series RLC Transient Circuit
Page 381
155 F(s)-to-f(t) Conversion
Page 387
156 Partial Fraction Expansion
Page 396
157 Exponential Response of an RLC Circuit 332 372
Page 402
158 Low-Pass Filter Circuit
Page 406
159 Active Filter Circuit
Page 410
1510 Bridged T-Filter Network
Page 412
Chapter 16.
Digital Fundamentals: Numbers, Arithmetic, and Codes
Page 421
161 Introduction
Page 421
162 Binar\-Decimal-Hexadecimal Conversions
Page 421
163 Adding and Subtracting in Various Bases
Page 427
164 Digital Codes
Page 429
165 Testing Programs
Page 436
Chapter 17.
Digital Applications
Page 440
171 Introduction
Page 440
172 Printing Karnaugh Maps
Page 440
173 Logic Equations
Page 444
174 Testing Program
Page 452
Chapter 18.
Mathematical Techniques and Numerical Methods
Page 456
181 Introduction
Page 456
182 Determinants
Page 456
183 Calculating Average and RMS of Given Waveforms
Page 463
184 Plotting Given Functions
Page 467
185 Calculating the Roots of a Given Equation
Page 471
Solutions to Selected Exercises
Page 474
Index
Page 477
Edition Notes
Includes index.
Classifications
The Physical Object
ID Numbers
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