Analog Electronics

• Design of a voltage source using BJT

• Design of a switch using BJT/MOSFET

• Design of inverting, non-inverting and unity gain amplifiers using op-amps

• Design of constant current source using opamp

• Design of a common emitter amplifier with a specified gain

• Design of a common collector amplifier to drive a load

• Design of a CE-CC amplifier

• Design of wein-bridge oscillator

• Design of function generator

• Design of Monostable multivibrator

• Design of schmitt trigger with different thresholds

• Design of a power amplifier

Lab Manual

Course Outcomes (COs):

CO1: Designing DC circuits using transistors - applying biasing techniques

CO2: Designing amplifiers for a given specifications and measuring frequency response of amplifiers

CO3: Design of wave-shaping circuits, oscillators and multivibrators using opamps and timer IC

CO4: Design of a complete analog electronic system with real-world component variation and temperature dependence