Electronic Circuits I - EC8351, EC6304

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Electronic Circuits I

BIASING OF DISCRETE BJT JFET AND MOSFET


=> Biasing of Discrete BJT and MOSFET
=> Need for biasing
=> Load line and Variation of quiescent point
=> Biasing Methods
=> Fixed Bias (Base Resistor Bias)
=> Requirements of a biasing circuit
=> Method of stabilizing the Q point
=> Stability Factors
=> Collector to Base Bias
=> Modified collector to base bias circuit
=> Voltage divider bias circuit
=> Diode and Thermistor Compensation technique
=> FET Biasing
=> Biasing of MOSFET
=> Important Short Questions and Answers: Biasing of Discrete BJT and MOSFET

BJT AMPLIFIERS


=> BJT Amplifiers Introduction
=> Common Emitter Amplifier Circuit
=> Common Collector Amplifier Circuit
=> Common Base Amplifier Circuit
=> Small Signal Low Frequency h-parameter Model
=> h-Parameters for all three configurations
=> Midband analysis of BJT Single Stage Amplifiers
=> Introduction of Differential Amplifier
=> Transistorised Differential Amplifier
=> Configurations of Differential Amplifier
=> D.C. Analysis of Differential Amplifier
=> A.C. Analysis of Differential Amplifier using h-Parameters
=> Common Mode rejection Ratio (CMRR)
=> Techniques of Improving Input Impedance
=> Important Short Questions and Answers: Electronic Circuits - BJT Amplifiers

SINGLE STAGE FET MOSFET AMPLIFIERS


=> JFET Amplifiers
=> Common Source Amplifier With Fixed Bias
=> Common source amplifier with self bias (Bypassed Rs)
=> Common source amplifier with self bias (unbypassed Rs)
=> Common source amplifier with Voltage divider bias (Bypassed Rs)
=> Common source amplifier with Voltage divider bias (unbypassed Rs)
=> Common Drain Amplifier
=> Common Gate Amplifier
=> Multistage Amplifiers
=> Small signal Analysis of MOSFET
=> Cascaded Amplifiers
=> Important Short Questions and Answers: JFET and MOSFET Amplifiers

FREQUENCY RESPONSE OF AMPLIFIERS


=> General shape of frequency response of amplifiers
=> Definition of cut-off frequencies and bandwidth
=> Low frequency analysis of amplifier to obtain lower cut-off frequency
=> Effect of various capacitors on frequency response
=> Miller Theorem
=> Low frequency analysis of BJT
=> Low frequency analysis of FET amplifier
=> Hybrid - π equivalent circuits of BJTs
=> High frequency analysis of FET
=> Frequency Response of Multistage Amplifiers
=> Rise time and its Relation to Upper Cut-off Frequency
=> Relation between Bandwidth and Rise time
=> Sag and its Relation to Lower Cut-off Frequency
=> Important Short Questions and Answers: Frequency Analysis of BJT and MOSFET Amplifiers

POWER SUPPLIES AND ELECTRONIC DEVICE TESTING


=> Integrated Circuit Amplifier
=> IC Biasing: Basic MOSFET current source
=> MOS current-steering circuits
=> NMOS Current Sources and Sinks
=> PMOS Current Source
=> MOSFET Differential amplifier
=> Important Short Questions and Answers: IC MOSFET Amplifiers

EC6304 Electronic Circuits I - Anna University 2013 Regulation Syllabus - Download Pdf
EC8351 Electronic Circuits I - Anna University 2017 Regulation Syllabus - Download Pdf
Electronic Circuits I - Question Bank 1 - Download Pdf


Electronic Circuits I - Question Bank 2 - Download Pdf
Electronic Circuits I - Question Bank 3 - Download Pdf
Electronic Circuits I - Question Bank - Download Pdf
Electronic Circuits I - Important Questions - Download Pdf
Electronic Circuits I - 2 marks with answers - Download Pdf
Electronic Circuits I - Notes 3 - Download Pdf
Electronic Circuits I - EC6304 Nov Dec 2014 Question Paper - Download Pdf
Electronic Circuits I - Notes 1 - Download Pdf
Electronic Circuits I - EC6304 May June 2015 Question Paper
Electronic Circuits I - EC6304 May June 2018 Question Paper
Electronic Circuits I - Question Paper


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