Dr. Vivek Mankotia

Dr. Vivek Mankotia
Assistant Professor Rajiv Gandhi Govt Engineering College kangra Himachal Pradesh.
PHD. Nit Jalandhar
Mtech. Thapar University Patiala
B.Tech. Beant College of Engineering and
Technology Gurdaspur, Punjab

Fixed Point and Floating Point Representation Lec-31(a)
Fixed Point and Floating Point Representation Lec-31(a)
Sequence Generator / Pulse Generator(101101011010110........) Design (Synchronous Design) Lec-172(b)
Sequence Generator / Pulse Generator(101101011010110........) Design (Synchronous Design) Lec-172(b)
Sequence Generator /Pulse Generator (111011101110...) using Shift Register (Synchronous) Lec-172(a)
Sequence Generator /Pulse Generator (111011101110...) using Shift Register (Synchronous) Lec-172(a)
Clock Generator Circuit Design (Sunchronous) using Shift Register Lec-172(c)
Clock Generator Circuit Design (Sunchronous) using Shift Register Lec-172(c)
Logic Family Interfacing : Lec-200(a)
Logic Family Interfacing : Lec-200(a)
FPGA( Field Programmable Gate Array) Lec-200(a)
FPGA( Field Programmable Gate Array) Lec-200(a)
ALU (Arithmetic Logic Unit) Lec-100(B)
ALU (Arithmetic Logic Unit) Lec-100(B)
Barrel Shifter Lec-100(A)
Barrel Shifter Lec-100(A)
Serial Adder Lec-93(A)
Serial Adder Lec-93(A)
Sensitivity Analysis in Control System Lec-15
Sensitivity Analysis in Control System Lec-15
Special Numericals of SFG & Block Reductions: Lec-14
Special Numericals of SFG & Block Reductions: Lec-14
Block Diagram Transfer Function Calculation By Using Signal Flow Graph (SFG) Numericals
Block Diagram Transfer Function Calculation By Using Signal Flow Graph (SFG) Numericals
Special Rules in (SFG) Signal Flow Graph Self Loop at Initial Node : Lec-12
Special Rules in (SFG) Signal Flow Graph Self Loop at Initial Node : Lec-12
Signal Flow Graph, Mason's Gain Formula Transfer Function Rules & Numericals: Lec-11
Signal Flow Graph, Mason's Gain Formula Transfer Function Rules & Numericals: Lec-11
Block Reduction Rules : Lec-10
Block Reduction Rules : Lec-10
Block Reduction Rules & Numericals : Lec-9
Block Reduction Rules & Numericals : Lec-9
Mathematical Modeling Numericals : Lec-8
Mathematical Modeling Numericals : Lec-8
Control System Basics (Open Loop Control System & Closed Loop Control System) CLTF & OLTF : Lec-4
Control System Basics (Open Loop Control System & Closed Loop Control System) CLTF & OLTF : Lec-4
Mathematical Modeling ( Mechanical Translation , Rotational Systems ) Force( V-I ) Analogy :Lec-7
Mathematical Modeling ( Mechanical Translation , Rotational Systems ) Force( V-I ) Analogy :Lec-7
Transfer Function , Impulse Response & Pole & Zero Concept : Lec-5
Transfer Function , Impulse Response & Pole & Zero Concept : Lec-5
laplace Transform Problems (Differential Equations ,Initial Value & Final Value Theorem) : Lec-3
laplace Transform Problems (Differential Equations ,Initial Value & Final Value Theorem) : Lec-3
Singularity Functions (Impulse , Ramp & Parabolic Signal) & Numericals
Singularity Functions (Impulse , Ramp & Parabolic Signal) & Numericals
Inverse Laplace Transform (Partial Fraction Rules) : Lec-2
Inverse Laplace Transform (Partial Fraction Rules) : Lec-2
Laplas Transform Introduction :Lec1
Laplas Transform Introduction :Lec1
6 Variable K Map : lec-78(A)
6 Variable K Map : lec-78(A)
Race Free Assignment in Asynchronous Sequential Circuit : Lec-41
Race Free Assignment in Asynchronous Sequential Circuit : Lec-41
Race Condition ( Critical & Non Critical Races in Asynchronous Sequential Circuits: Lec-40
Race Condition ( Critical & Non Critical Races in Asynchronous Sequential Circuits: Lec-40
Asynchronous Sequential Circuit Design using given statements (Part-2): Lec-39
Asynchronous Sequential Circuit Design using given statements (Part-2): Lec-39
Design of Asynchronous Sequential circuit using Given Statements Part-1: Lec-38
Design of Asynchronous Sequential circuit using Given Statements Part-1: Lec-38
Flow Table /Primitive Flow Table: Lec-37
Flow Table /Primitive Flow Table: Lec-37