COMP - 224 ANALOGUE ELECTRONICS

COMP - 224       ANALOGUE ELECTRONICS

  

COURSE CONTENTS:

1.                   RECTIFICATION

1.1.                  HALF WAVE.

1.2.                  FULL WAVE.

1.3.                  BRIDGE RECTIFICATION.

1.4.                  THE TRANSFORMER  ACTION.

2.                   SPECIAL DIODES

2.1.                  THE ZENER DIODE.

2.2.                  ZENER DIODE AS A RECTIFIER.

2.3.                  LIGHT EMITTING DIODE(LED).

2.4.                  PHOTO DIODE.

2.5.                  SCHOTTKY DIODE.

3.                   TRANSISTOR

3.1.                  THEORY OF BJT OPERATION.

3.2.                  WHAT ARE THE CHARACTERISTICS OF A DEVICES.

3.3.                  COMMON BASE CHARACTERISTICS.

3.4.                  COMMON EMITTER CHARACTERISTICS.

3.5.                  COMMON COLLECTOR CHARACTERISTICS.

3.6.                  COMMON BASE BIAS CIRCUITS.

3.7.                  CE BIAS CIRCUIT.

3.8.                  CC BIAS CIRCUIT.

3.9.                  THE TRANSISTOR AS A SWITCH.

4.                   OSCILLOSCOPE

4.1.                  OSCILLOSCOPE BASICS.

4.2.                  THE CRT.

4.3.                  THE BLOCK DIAGRAM OF THE OSCILLOSCOPE.

4.4.                  MEASUREMENT WITH OSCILLOSCOPE.

4.5.                  VOLTAGE MEASUREMENT.

4.6.                  CURRENT MEASUREMENT.

4.7.                  TIME AND FREQUENCY MEASUREMENT.

4.8.                  RISE AND FALL TIME MEASUREMENT.

5.                   AMPLIFIERS

5.1.                  SMALL SIGNAL BJT  AMPLIFIER.

5.2.                  AC AMPLIFIER FUNDAMENTALS.

5.3.                  GAIN.

5.4.                  COUPLING CAPACITORS.

5.5.                  LINEARITY AND DISTORTION.

5.6.                  FREQUENCY RESPONSE.

5.7.                  DIFFERENTIAL AMPLIFIERS.

5.8.                  INTRODUCTION TO OPERATIONAL AMPLIFIERS.

5.9.                  THE IDEAL OP-AMP.

5.10.               THE INVERTING AMPLIFIER.

5.11.               THE NON-INVERTING AMPLIFIER.

5.12.               REEDBACK THEORY.

5.13.               FEEDBACK IN INVERTING AND NON-INVERTING AMPLIFIERS.

5.14.               FREQUENCY RESPONSE.

5.15.               STABILITY.

6.                   CONVERSION

6.1.                  WHAT IS DIGITAL?

6.2.                  RAMP GENERATOR.

6.3.                  VOLTAGE COMPARATOR.

6.4.                  A/D  CONVERTER.

6.5.                  D/A  CONVERTER.

6.6.                  THE RAMP ADC.

6.7.                  DUAL SLOPE ADC.

6.8.                  FLASH CONVERTER.

7.                   POWER ELECTRONICS

7.1.                  SCR’s.

7.2.                  POWER CONTROL BY SCR’s.

7.3.                  DIAC AND TRIAC.

7.4.                  OPTO ELECTRONIC DEVICES.

7.5.                  PHOTO CONDUCTIVE CELLS.

7.6.                  PHOTO TRANSISTOR.

7.7.                  SOLAR CELLs.

7.8.                  OPTO COUPLERS.

7.9.                  LCD.

7.10.               UJT.

8.                   TROUBLE SHOOTING

8.1.                  TROUBLE SHOOTING CONCEPTS.

8.2.                  AN OPEN DEVICE.

8.3.                  A SHORTED DEVICE.

8.4.                  POWER SUPPLY TROUBLE SHOOTING.

8.5.                  ZENER TROUBLE SHOOTING.

8.6.                  AMPLIFIER TROUBLE SHOOTING.

BOOKS

1.         ELECTRONIC DEVICES AND CIRCUITS,       R. BOGART.

2.             ELECTRICAL INSTRUMENTATION AND MEASUREMENT,

R.     ASTON.

                 3.         ELECTRONIC PRINCIPLES, 3Ed.     MALVINO.

3.             POWER ELECTRONICS, P.C.SEN.

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