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Lecture 01
Semiconductor, Covalent Bonding, Energy Levels, Extrinsic Materials
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46:55min
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Lecture 02
Forward Bias, Reverse Bias, Ideal V/s Practical, Resistance Levels, Diode Equivalent Circuit, Diode capacitance, Diode as a Switch
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01:33:50min
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Lecture 03
Load Line Analysis, Numericals, Diode as a Rectifier, Half Wave & Full Wave
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02:04:34min
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Lecture 04
Clippers, Clamper, Numericals based on Clipper & Clamper
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01:26:40min
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Lecture 05
Operation & Application of Zener Diode, Breakdown Mechanism, Line Regulation, Load Regulation
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01:26:10min
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Lecture 06
LED, Photodiode
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46:00min
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Lecture 07
Basic Theory & Operation of pnp & npn Transistors, Characteristics of C-B, C-E, & C-C Configuration
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01:44:52min
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Lecture 08
DC Biasing BJT, Fixed Bias, Emitter Bias
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54:02min
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Lecture 09
Voltage Divider Bias, DC Bias with voltage Feedback, Numericals
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01:19:14min
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Lecture 10
Miscellaneous Bias Configuration, Numericals, p-n-p Transistor, Bias Stabilization
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02:16:08min
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Lecture 11
Construction, Working, Transfer Characteristics, Symbols, Numericals
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01:39:16min
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Lecture 12
Construction, Working, Transfer Characteristics, Symbols, Numericals
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01:16:21min
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Lecture 13
Construction, Working, Transfer Characteristics, Symbols, Numericals
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01:25:55min
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Lecture 14
Principle, Advantages of Negative Feedback, Topologies, Current Series & Voltage Series Feedback Amplifiers
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02:18:08min
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Lecture 15
Operational Amplifiers & Applications
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02:14:45min
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Lecture 16
Introduction to OP-Amp, Differential Amplifier Configurations, CMRR, PSRR, Slew rate, Block Diagram, Pin Configuration of 741 OP-Amp, Characteristics of Ideal OP-Amp, Concept of Virtual Ground
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02:03:22min
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Lecture 17
Oscillators - Classification, RC Phase Shift, LC Oscillator, Hartler & Colpitts Oscillators
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01:26:16min
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Lecture 18
Analog Vs Digital Signal, Boolean Algebra, Basic & Universal Gates, Symbols, Logic Expression, Logic simplification using K-Map
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02:17:45min
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Lecture 18B
Half and Full Adder/Subtractor
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02:45:47min
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Lecture 19
Half and Full Adder/Subtractor
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02:11:03min
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Lecture 20
Multiplexer, De-multiplexer
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01:52:55min
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Lecture 21
Flip Flops - Types, SR-FF
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01:37:17min
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Lecture 22
J-K - D FF, Comparision between FF and latch race condition, Master Slave FF, T - FF, Numericals
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02:15:10min
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Lecture 23
Types of Counter, Asynchronous, Up Counter, Down Counter
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01:18:37min
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Lecture 24
Natural Counter & MOD-N Counter
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34:08min
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Lecture 25
Synchronous Counter
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01:58:13min
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Lecture 26
SISO, SIPO, PISO, PIPO
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01:04:30min
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Lecture 27
Ring Counter, Johnson Counter
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01:27:02min
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Lecture 28
Elements of Communication System, Need of Modulation
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52:20min
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Lecture 29
AM Modulation Schemes
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01:13:44min
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Lecture 30
Generation of AM Signals
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01:02:32min
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Lecture 31
FM Modulation Schemes
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01:31:51min
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Lecture 32
IEEE Frequency Spectrum, Transmission Media, Wired & Wireless
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01:16:14min
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Lecture 33
Mobile Communication System
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01:14:27min
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Lecture 34
Block Diagram of GSM Sysyem
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37:38min
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Lecture 35
Block Diagram of Microprocessor
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01:05:25min
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Lecture 36
Block Diagram of Microcontroller, Aplication of Microprocssor/Microcontroller
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41:18min
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Lecture 37
IC 555 Times, Application-Astable Multivibrator
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01:17:05min
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Lecture 38
Monostable Multivibrator
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43:50min
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