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MONOSTABLE MULTIVIBATOR
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Classroom Contents
Analog Circuits
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- 1 INTRODUCTION
- 2 POLES AND ZEROS
- 3 OP-AMPS
- 4 APPLICATION OF OP-AMPS
- 5 INVERTING AMPLIFIER AND NON INVERTING AMPLIFIER
- 6 NON IDEALITIES IN OP-AMP (FINITE GAIN, FINITE BANDWIDTH AND SLEW RATE)
- 7 NON IDEALITIES IN OP-AMP (OFFSET VOLTAGE AND BIAS CURRENT)
- 8 BODE PLOT
- 9 FREQUENCY RESPONSE
- 10 FREQUENCY RESPONSE (HIGH FREQUENCY RESPONSE)
- 11 FREQUENCY RESPONSE EXAMPLE
- 12 FEEDBACK
- 13 EFFECTS OF FEEDBACK
- 14 Tutorial 1 and 2
- 15 EFFECT OF FEEDBACK AND STABILITY
- 16 STABILITY
- 17 STABILITY AND POLE LOCATION
- 18 STABILITY AND POLE LOCATION CONTINUATION
- 19 TUTORIAL 3
- 20 GAIN MARGIN AN EXAMPLE
- 21 FREQUENCY COMPENSATION
- 22 FILTERS
- 23 FILTER PROTOTYPES
- 24 Tutorial 4
- 25 Tutorial 5
- 26 Tutorial 6
- 27 CHEBYSHEV PROTOTYPE, FILTER TRANSFORMATION
- 28 FILTER TRANSFORMATIONS (CONTD...)
- 29 ACTIVE FILTERS
- 30 NON LINEAR APPLICATIONS OF OPAMPS
- 31 LIMITER, DIODES
- 32 OSCILLATORS
- 33 OSCILLATOR AMPLITUDE CONTROL , QUADRATURE OSCILLATOR
- 34 MULTIVIBATORS
- 35 MULTIVIBRATORS (CONTD..)
- 36 MONOSTABLE MULTIVIBATOR
- 37 ZENER EFFECT, RECTIFIERS
- 38 RECTIFIERS
- 39 CLAMPER, PEAK RECTIFIER, SUPER DIODES
- 40 BJT DC CIRCUITS
- 41 CURRENT MIRROR
