Fundamentals of Electronic Devices and Circuits Lab Manual

David A. Bell is a professional engineer. He was employed as a circuit design specialist in the electronics industry for many years before becoming a professor at Lambton College of Applied Arts and Technology. He has written five electronics/technology books, which are in multiple editions. These texts have been used in colleges and universities throughout Canada and the United States and around the world.

1. Semiconductor Diode Characteristics ; 2. Diode Rectifier Circuits ; 3. Rectifier DC Power Supplies ; 4. Zener Diode ; 5. Diode Clipping Circuits ; 6. Diode Clamping Circuits ; 7. BJT Characteristics ; 8. Characteristic Plotting on an XY Recorder ; 9. BJT Bias Circuits ; 10. BJT Bias Circuits ; 11. BJT Common Emitter Circuit ; 12. BJT CC and CB Circuits ; 13. JFET Characteristics ; 14. JFET Bias Circuits ; 15. Basic JFET Circuits ; 16. Capacitor-Coupled BJT Amplifier ; 17. Direct-Coupled BJT Amplifier ; 18. DC Feedback Pair ; 19. Capacitor-Coupled BIFET Amplifier ; 20. Direct-Coupled BIFET Amplifier ; 21. Differential Amplifier ; 22. Two-Stage NFB Amplifier ; 23. Differential-Input Amplifier with NFB ; 24. Emitter Current Feedback Amplifier ; 25. Op-Amp Biasing and Parameters ; 26. Op-Amp Voltage Followers and Noninverting Amplifiers ; 27. Inverting Amplifiers ; 28. Summing and Difference Amplifiers ; 29. Instrumentation Amplifier ; 30. Op-Amp Schmitt Trigger Circuits ; 31. Op-Amp Frequency Response and Compensation ; 32. Sinusoidal Oscillators ; 33. Square- and Triangular-Wave Generators ; 34. Lowpass and Highpass Filters ; 35. Bandpass Filters ; 36. Series Voltage Regulator ; 37. BJT Output Power Amplifier ; 38. MOSFET Output Power Amplifier ; 39. SCR Characteristics and 90 Phase Control ; 40. SCR and TRIAC Control Circuits ; 41. UJT and PUT Circuits ; 42. Photoconductive Cell, LED, and Solar Cell ; 43. Optocouplers