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- Circuits for Analog System Design
Curriculum
- 1 Section
- 40 Lessons
- 10 Weeks
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- Circuits for Analog System Design40
- 2.1Transistor Amplifier
- 2.2Transistor Op-amp and Transistor Based Voltage Regulator
- 2.3Some Applications of Transistor -1
- 2.4Some Applications of Transistor -2
- 2.5Transformer design & Heat sink design
- 2.6Op-amp Based Linear Voltage Regulator
- 2.7Short circuit protection for linear power supply
- 2.8Temperature indicator design using Op-amp
- 2.9On & off Temperature controller design
- 2.10Proportional Temperature Controller Design
- 2.11PID – Temperature Controller Design
- 2.12Heater Drive for Various Temperature Controllers
- 2.13Short Circuit Protection of Power MOSFET
- 2.14Error budgeting for temperature Indicator
- 2.15PID Temperature Controllers with Error Budgeting
- 2.16Error Budgeting for Constant Current Sources
- 2.17Error Budgeting for Thermo Couple Amplifier
- 2.18Error Budgeting for Op amp Circuits
- 2.19Gain Error Calculation in Op amp Circuits
- 2.20Input Resistance Calculations for Op amp
- 2.21Output Resistance Calculations for Op amp
- 2.22Error Budgeting for Different Circuits
- 2.234-20 mA current Transmitter design
- 2.24Error budgeting for 4-20mA Current Transmitters
- 2.25LVDT Based Current Transmitters
- 2.26Constant Current Source Design
- 2.274-20 MA Based Temperature Transmitter
- 2.283-Wire Current Transmitter
- 2.29Various Resistance Measurement Techniques
- 2.30Ratio Transformer Technique to Measure Resistance and capacitance
- 2.31Capacitive Sensor Circuit Design Examples
- 2.32Capacitive Sensor Circuit With High Impedance Amplifier
- 2.33AC- applications of the Op-Amp and Lock in Amplifier Design
- 2.34Design of lock in Amplifier Circuit with example
- 2.35Dual Slopes ADC – Design Examples
- 2.36Dual Slope ADC and Successor approximation ADC
- 2.37MC based ADC
- 2.38Digital to analog Converter design and working, Flash ADC
- 2.39Flash ADC and ADC Converter errors
- 2.40Sigma delta ADC working Principle