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Analog Electronics - GATE/IES
Analog Electronics is one of the most significant subjects, and if you are sincerely preparing for GATE or ESE, you cannot afford to miss out this course!
This course will certainly strengthen your concepts from the very basic level, helping you to solve top quality problems of IES and GATE. The course contents include illustrative theory lectures, Live Doubt sessions, Chapter-wise Tests, Previous Year Questions of GATE & ESE and much more!
Get all your fundamentals clarified!
Happy Learning!
Instructor: CIZ Plus
Language: English, Hindi
Analog Electronics is one of the most significant subjects, and if you are sincerely preparing for GATE or ESE, you cannot afford to miss out this course!
This course will certainly strengthen your concepts from the very basic level, helping you to solve top quality problems of IES and GATE. The course contents include illustrative theory lectures, Live Doubt sessions, Chapter-wise Tests, Previous Year Questions of GATE & ESE and much more!
Get all your fundamentals clarified!
Happy Learning!
| 00) Course Introduction | |||
| 00) Course Introduction | |||
| 01) Diode Family | |||
| 1-a) Clipper Circuit | |||
| 1-b) Shunt Clipper Circuit | |||
| 1-c) Clipper Circuit using Reference Voltages | |||
| 1-d) Numerical on Clipper Circuit | |||
| 1-e) Clipping Circuit using Zener Diode | |||
| 1-f) Back to Back Connected Zener Diode Clipper Circuit | |||
| 1-g) Determining the ON OFF State of Diode | |||
| 1-h) Numerical on State of Diode | |||
| 1-i) Double Diode Clipper Circuit | |||
| 1-j) AC and DC Equivalent Circuit of Diode | |||
| 1-k) Numericals on AC & DC Equivalent of Diode Circuit | |||
| 1-l) Line Regulation | |||
| 1-m) Load Regulation | |||
| 1-n) Clamper Circuit | |||
| 1-o) Peak Detector Circuit | |||
| 1-p) Voltage Multiplier Circuit | |||
| 1-q) Numerical | |||
| 02) | |||
| 2-a) Basics of OPAMP | |||
| 2-b) Examples on Basics of OPAMP | |||
| 2-c) Numericals on OPAMP | |||
| 2-d) Non Inverting Amplifier | |||
| 2-e) Inverting Amplifier | |||
| 2-f) Different types of converter using OPAMP | |||
| 2-g) Adder Subtractor Circuit with Numerical | |||
| 2-h) Schmitt Trigger Circuit | |||
| 2-i) OPAMP with Zener Diodes | |||
| 2-j) Astable Multivibrator | |||
| 2-k) Monostable Multivibrator | |||
| 2-l) Integrator Circuits | |||
| 2-m) Numerical on Integrator | |||
| 2-n) Differentiator circuit | |||
| 2-o) Numerical on Differentiator | |||
| 2-p) All Pass Filter | |||
| 2-q) Identification of Filter Part 1 | |||
| 2-r) Identification of Filter Part 2 | |||
| 2-s) Numerical on filter | |||
| 2-t) Frequency Response of OPAMP | |||
| 2-u) Numerical on Frequency Response | |||
| 2-v) 2nd Order Filter | |||
| 2-w) Logarithmic Amplifier | |||
| 2-x) Anti Logarithmic Amplifier | |||
| 2-y) Precision Half Wave Rectifier | |||
| 2-z) Precision Full Wave Rectifier | |||
| 2-aa) Miscellaneous Numerical Part 1 | |||
| 2-ab) Miscellaneous Numerical Part 2 | |||
| 2-ac) Miscellaneous Numerical Part 3 | |||
| 2-ad) DC Parameters of OPAMP | |||
| 2-ae) DC Parameters of OPAMP | |||
| 2-af) AC Parameters of OPAMP | |||
| 2-ag) AC Parameters of OPAMP | |||
| 2-ah) Miscellaneous Examples | |||
| 03) DC Analysis of BJT | |||
| 3-a) Introduction to DC Analysis of BJT | |||
| 3-b) Examples of DC Analysis of BJT | |||
| 3-c) Numericals on DC Analysis of BJT | |||
| 3-d) Procedure to find the Region of Operation of BJT | |||
| 3-e) Numericals on Region of Operation of BJT | |||
| 3-f) Current Mirror Circuit | |||
| 3-g) Numerical on Current Mirror Circuit | |||
| 04) AC Analysis of BJT Amplifier | |||
| 4-a) Basics of BJT Amplifier | |||
| 4-b) BJT as 2 Port Network | |||
| 4-c) Internal Parameters of BJT | |||
| 4-d) Approximate Analysis of CE Amplifier | |||
| 4-e) Approximate Analysis of Cc Amplifier | |||
| 4-f) Approximate Analysis of CB Amplifier | |||
| 4-g) r_emodel of CE part 1 | |||
| 4-h) r_e model of CE part 2 | |||
| 4-i) r_e model of CC | |||
| 4-j) Numerical | |||
| 4-k) Multistage Amplifier | |||
| 4-l) Cascode Amplifier | |||
| 4-m) Darlington Pair | |||
| 4-n) Frequency Response of Multistage Amplifier | |||
| 4-o) High Frequency Amplifier Part 1 | |||
| 4-p) High Frequency Amplifier Part 2 | |||
| 05) MOSFET Amplifier | |||
| 5-a) Common Source Amplifier without Rs | |||
| 5-b) Common Source Amplifier with Rs | |||
| 5-c) Common Drain Amplifier | |||
| 5-d) Common Gate Amplifier | |||
| 5-e) Numerical on MOSFET Amplifier | |||
| 06) Feedback Amplifiers | |||
| 6-a) Types of Amplifiers | |||
| 6-b) Feedback Amplifier | |||
| 6-c) Feedback Topologies | |||
| 6-d) Identification of Feedback Topology and Numericals | |||
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