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Functional Circuits and Oscillators by Herbert Reich 1961 PDF on CD
CD Contents:
Functional Circuits and Oscillators by Herbert Reich (1961): 491 pages
Format: PDF IN ZIP, Language: English
"A large portion of this book on CD deals with the theory, characteristics, and applications of negative-resistance circuits and with the theory and characteristics of sine-wave oscillators."
CD Contents:
1. CIRCUITS FOR THE ADDITION OF VOLTAGES
2. CIRCUITS FOR THE SUBTRACTION OF VOLTAGES
3. DIFFERENTIATING AND INTEGRATING CIRCUITS
4. INTEGRATING CIRCUITS
5. STABILIZED D-C AMPLIFIER FOR ADDING, DIFFER-
ENTIATING, AND INTEGRATING CIRCUITS
6. CHARACTERISTICS OF DIODES
7. CLIPPERS (AMPLITUDE COMPARATORS)
8. CLAMPING CIRCUITS
9. PULSE SHARPENERS AND STRETCHERS
10. ELECTRONIC SWITCHES (GATES)
11. VACUUM TRIODE AND PENTODE GATES
12. BEAM-TUBE GATES
13. TRANSISTOR SWITCHES
14. OR CIRCUITS, AND (COINCIDENCE) CIRCUITS, AND
NOT (ANTICOINCIDENCE) CIRCUITS
15. NEGATIVE-RESISTANCE CIRCUITS
16. SOME CHARACTERISTICS OF VOLTAGE-STABLE AND
CURRENT-STABLE CIRCUITS
17. THE BASIC NEGATIVE-RESISTANCE CIRCUITS
18. VACUUM-TUBE NEGATIVE-RESISTANCE CIRCUITS
19. TRANSISTOR NEGATIVE-RESISTANCE CIRCUITS
20. THE UNIJUNCTION TRANSISTOR
21. DIODE NEGATIVE-RESISTANCE CIRCUITS
22. GLOW AND ARC TUBES
23. MULTISTABLE CIRCUITS
24. STABILITY OF EQUILIBRIUM POINTS
25. TRANSITION BETWEEN STATES OF EQUILIBRIUM
26. TUBE AND TRANSISTOR BISTABLE CIRCUITS
27. THE ECCLES-JORDAN CIRCUIT
28. TRIGGERING OF THE ECCLES-JORDAN CIRCUITS
29. COMMUTATION OF THE ECCLES-JORDAN CIRCUIT
30. ANALYSIS OF THE ECCLES-JORDAN CIRCUIT AS AN AMPLIFIER
31. SPEED OF TRANSITION OF TUBE ECCLES-JORDAN CIRCUITS
32. SPEED OF TRANSITION OF TRANSISTOR ECCLES-JORDAN CIRCUITS
33. STATIC STABILITY OF VACUUM-TUBE AND TRANSISTOR TUBE ECCLES-JORDAN CIRCUITS
34. MULTISTABLE CIRCUITS
35. THE USE OF MULTISTABLE CIRCUITS TO CONTROL GATED AMPLIFIERS
36. BINARY AND TERNARY COUNTING CIRCUITS
37. DECADE COUNTERS
38. COUNT INDICATORS FOR COUNTING CIRCUITS
39. DECADE RING COUNTING CIRCUITS
40. GLOW-DIODE COUNTING CIRCUITS
41. COUNTER CIRCUITS USING STARTING-ANODE GLOW
TUBES, THYRATRONS, AND SWITCHING TRANSISTORS
42. MULTIPLE-ELECTRODE GLOW COUNTING TUBES
43. MULTISTABLE MAGNETRONS
44. MULTISTABLE ELECTROSTATIC-DEFLECTION TUBE
45. ANALYSIS OF NEGATIVE-RESISTANCE CIRCUITS CONTAINING BOTH L AND C
46. GRAPHICAL ANALYSIS OF ASTABLE AND MONO-STABLE CIRCUITS
47. TYPICAL PATHS OF OPERATION FOR ASTABLE CIRCUITS BASED UPON CURRENT-STABLE ELEMENTS
48. PATHS OF OPERATION FOR ASTABLE CIRCUITS BASED UPON VOLTAGE-STABLE ELEMENTS
49. SOME GENERAL OBSERVATIONS CONCERNING ASTABLE CIRCUITS
50. PRACTICAL ASTABLE CIRCUITS
51. THE MULTIVIBRATOR
52. STABILIZATION OF MULTIVIBRATOR FREQUENCY
53. TUNING OF THE MULTIVIBRATOR
54. SYNCHRONIZATION OF RELAXATION OSCILLATORS
55. MONOSTABLE CIRCUITS
56. PRECISION PULSE GENERATORS
57. SAWTOOTH-VOLTAGE GENERATORS
58. PRACTICAL FORMS OF ASTABLE SAWTOOTH-VOLTAGE GENERATORS
59. SWITCH-TYPE SAWTOOTH-VOLTAGE GENERATORS
60. SAWTOOTH-CURRENT GENERATORS
61. BLOCKING-OSCILLATOR PULSE GENERATOR
62. ANALYSIS OF THE VACUUM-TUBE BLOCKING OSCILLATOR
63. TRANSISTOR BLOCKING OSCILLATORS
64. LINEAR ANALYSIS OF TRANSITION OF TRANSISTOR BLOCKING OSCILLATORS
65. LINEAR ANALYSIS OF TRANSISTOR BLOCKING OSCILLATORS DURING CONDUCTION
66. NONSATURATING TRANSISTOR BLOCKING OSCILLATORS
67. NONLINEAR-CIRCUIT SIMULATORS
68. PULSE AMPLIFIERS
69. DISTRIBUTED AMPLIFIERS
70. GAIN CONTROLS FOR PULSE AMPLIFIERS
71. ONE-PORT AND TWO-PORT SINE-WAVE OSCILLATORS
72. SINE-WAVE OSCILLATOR CHARACTERISTICS
73. NEGATIVE-RESISTANCE (ONE-PORT) OSCILLATORS
74. AMPLITUDE AND FREQUENCY STABILIZATION OF PARALLEL-RESONATOR NEGATIVE-RESISTANCE
OSCILLATORS
75. ADMITTANCE DIAGRAMS FOR NEGATIVE-RESISTANCE OSCILLATORS
76. PRACTICAL NEGATIVE-RESISTANCE OSCILLATORS
77. ELECTRONIC TUNING AND MODULATION OF NEGATIVE-RESISTANCE OSCILLATORS
78. FEEDBACK (TWO-PORT) OSCILLATORS
79. ADMITTANCE DIAGRAMS FOR FEEDBACK OSCILLATORS
80. PARALLEL-RESONATOR FEEDBACK OSCILLATORS
81. ANALYSIS OF PARALLEL-RESONATOR FEEDBACK OSCILLATORS
82. GENERALIZED ANALYSIS OF TUNED-OUTPUT CIRCUITS
83. AMPLITUDE LIMITATION IN PARALLEL-RESONATOR FEEDBACK OSCILLATORS
84. FREQUENCY STABILIZATION OF PARALLEL-RESONATOR FEEDBACK OSCILLATORS
85. NULL-NETWORK OSCILLATORS
86. WIEN-BRIDGE OSCILLATOR
87. DOUBLE-FEEDBACK NULL-NETWORK OSCILLATORS
88. PHASE-SHIFT (LADDER-NETAVORK) OSCILLATORS
89. SUM- AND DIFFERENCE-CIRCUIT OSCILLATORS
90. CRYSTAL-CONTROLLED OSCILLATORS
91. MAGNETOSTRICTION OSCILLATORS
92. BEAT-FREQUENCY (HETERODYNE) OSCILLATORS
93. MICROAVAVE OSCILLATORS
APPENDIX
PROBLEMS
ADDENDUM
LETTER SYMBOLS
AUTHOR INDEX
SUBJECT INDEX
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