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From lectures to lab : electronics of devices and circuits : essentials

Résumé

Les notions de bases de l'électronique sont abordées, accompagnées d'exercices et des sessions en ligne.


  • Autre(s) auteur(s)
  • Éditeur(s)
  • Date
    • 2011
  • Notes
    • Bibliogr. Lexique
    • En anglais
  • Langues
    • Français
  • Description matérielle
    • 1 vol. (187 p.) : illustrations en noir et blanc ; 21 x 15 cm
  • Sujet(s)
  • ISBN
    • 978-2-7539-0186-5
  • Indice
    • 621.40 Électronique, manuels pratiques
  • Quatrième de couverture
    • An essential understanding of basic electronic concepts. The topics concern (i) diodes and diode circuits such as rectifiers, (ii) basic transistor principles such as biasing, operating point, load line, small signal analysis and (iii) amplifier's quadrupole presentation bringing into play the input and output impedances, the transfer function and their interaction.

      Coupling theoretical concepts and investigation with exercises and online lab sessions, the course structure follows the old and very true adage: "I hear and I forget, I see and I remember, I do and I understand." Well thought and perfectly clear, with rising difficulty levels, a must-have for every physics student.


  • Tables des matières
      • From Lectures to Lab: Electronics of Devices and Circuits - Essentials

      • Thomas Zimmer/Sylvain Saïghi

      • Connaissances et Savoirs

      • 1. The diode 13
      • 1.1. Objectives13
      • 1.2. Fundamental concept13
      • 1.3. Diode symbol13
      • 1.4. Basic diode circuit14
      • 1.5. Current-voltage characteristics15
      • 1.6. The ideal diode18
      • 1.7. Second approximation22
      • 1.8. Third approximation26
      • 1.9. Fluctuation analysis29
      • 1.10. Studying a data sheet30
      • 1.11. LAB 131
      • 1.12. Test 132
      • 2. Diode circuits 35
      • 2.1. Objectives35
      • 2.2. The half wave rectifier35
      • 2.3. The transformer38
      • 2.4. The bridge rectifier39
      • 2.5. The capacitor filter42
      • 2.6. LAB 246
      • 2.7. Test 248
      • 3. The bipolar transistor: basics 51
      • 3.1. Objectives51
      • 3.2. The npn transistor symbol51
      • 3.3. The transistor currents52
      • 3.4. The pnp transistor53
      • 3.5. Biasing the transistor55
      • 3.6. The current-voltage characteristic of the base56
      • 3.7. The current-voltage characteristic of the collector58
      • 3.8. Studying a data sheet63
      • 3.9. LAB 364
      • 3.10. Test 365
      • 4. Transistor operating point and load line 67
      • 4.1. Objectives67
      • 4.2. Current gain variation67
      • 4.3. The load line68
      • 4.4. Operating point71
      • 4.5. Controlling the emitter current73
      • 4.6. The transistor as a switch76
      • 4.7. LAB 481
      • 4.8. Test 483
      • 5. Transistor biasing circuits 87
      • 5.1. Objectives87
      • 5.2. Voltage-divider bias circuit87
      • 5.3. Operating point and load line91
      • 5.4. Symmetrical supply voltages94
      • 5.5. Fluctuation analysis97
      • 5.6. LAB 599
      • 5.7. Test 5100
      • 6. Superposition of DC and AC components 103
      • 6.1. Objectives103
      • 6.2. Base-biased amplifier103
      • 6.2.1. Coupling Capacitor103
      • 6.2.2. DC-analysis of the base-biased amplifier104
      • 6.2.3. Waveform analysis of the base-biased amplifier105
      • 6.3. Emitter-biased amplifier109
      • 6.3.1. Bypass capacitor109
      • 6.3.2. Waveform analysis of the emitter-biased amplifier109
      • 6.4. Small-signal analysis111
      • 6.4.1. AC base-emitter resistance112
      • 6.4.2. Transconductance114
      • 6.5. LAB 6117
      • 6.6. Test 6118
      • 7. Transistor AC equivalent circuit 121
      • 7.1. Objectives121
      • 7.2. Small-signal transistor model121
      • 7.3. Voltage amplifier: small signal equivalent circuit125
      • 7.4. Voltage gain127
      • 7.5. The input impedance129
      • 7.6. The output impedance130
      • 7.7. The quadrupole presentation131
      • 7.8. LAB 7137
      • 7.9. Test 7138
      • 8. Stabilized amplifier and multi-stage amplifier 141
      • 8.1. Objectives141
      • 8.2. Introduction141
      • 8.3. Quasi-common emitter amplifier with AC feedback resistance143
      • 8.4. Multistage amplifier151
      • 8.5. LAB 8153
      • 8.6. Test 8155
      • 9. Output stages and power amplifier 159
      • 9.1. Objectives159
      • 9.2. Output and load impedances159
      • 9.3. The emitter follower161
      • 9.3.1. Fundamental concept162
      • 9.3.2. Voltage gain164
      • 9.3.3. Input impedance166
      • 9.3.4. Output impedance167
      • 9.4. Power amplifier classification169
      • 9.4.1. Class A operation169
      • 9.4.2. Class B operation170
      • 9.4.3. Push-Pull Circuit171
      • 9.5. LAB 9173
      • 9.6. Test 9174

  • Origine de la notice:
    • Electre
  • Disponible - A partir du 25 août 2025 - 621.40 ZIM