Yogesh Misra

Lecture 7: Demonstration 2

Lecture 20: Data Transfer From Code Memory –Programming Example

Lecture 16: Conditional Short Jump

Lecture 33: Millers Theorem

Lecture 40: Hybrid π-Model

Lecture 39: Effect of internal capacitor on Av and Hybrid π-Model

Lecture 9 - FPGA (Logic Implementation Examples)

Lecture 36: Voltage Gain vs Frequency curve

Lecture 32: Common Gate JFET and Millers Theorem

Lecture 31: Common Source-JFET Analysis and Common Drain JFET

Lecture 8: Bank Selection

Lecture 63 LCD Interfacing Program

Lecture 41: CE short circuit current gain of a Hybrid π-Model

Lecture 10: Effect on Carry and Overflow Flag

Lecture 23: Ro and Avs(Exact Analysis)

Lecture 13: Basics of Transistor and CB Configuration

Lecture 42: Numerical

Lecture 44: Darlington Pair- Ai and Ri

Lecture 3: Demonstration of MCU8051 IDE

Lecture 45: Darlington Pair- Av

Lecture 27: Numerical on h-parameters

Lecture 29: JFET Model

Lecture 24: Ais (Exact Analysis) and Approximate Analysis Model

Lecture 30: Common Source JFET

Lecture 34: Millers Theorem

Lecture 43: Hybrid Conductance

Lecture 37: Effect of coupling capacitor on Av

Lecture 26: Numerical on h-parameters

Lecture 7: Demonstration 2

Lecture 1 : Bohr's Atomic Model

Lecture 64: LCD Interfacing with MCU 8051 IDE

Lecture 8: Centre Tap and Bridge Rectifier

Lecture 38: Reject negative numbers and store positive numbers

Lecture 37: Convert Packed BCD number to Unpacked BCD number

Lecture 30: Timer-Counter (Part I)

Lecture 29: Program for Seven Segment Display

Lecture 11: Examples on Signed and Unsigned Operation

Lecture 19: Indexed Addressing Mode

Lecture 19 : Addressing Mode-III

Lecture 38:Interfacing of Key (Example-1)

Lecture 10: Display on Serial Monitor

Lecture 28: Numerical and JFET Revision

Lecture 11: Interfacing of a switch

Lecture 38: Effect of bypass capacitor on Av

Lecture 45 - Verilog code of 3 Bit Counter

Lecture 25: Approximate Analysis

Lecture 35: Dual of Millers Theorem

Lecture 21 - Introduction to Dataflow Level Modeling

Lecture 5 : Basics of Memory Interfacing with processor-III

Lecture 31 :- Logical Instruction (Shift)

Lecture 46 - Multiple always block (Example)