08:08

🎓 BS FinTech at FAST University | Students Share Entry Test & Semester Experience

11:58

Timing Diagram of D Flip Flop and JK Flip flop

04:15

FAST University Expected Merit List 2025 | All BS & MS Programs | NTS | NU | SAT Based Merit Lists

31:32

BCD Ripple Counter | Mod-10 Asynchronous Counter Design & Timing Diagram of BCD Ripple Counter

08:40

2 Bit Asynchronous Counter | Ripple Counter | 2 Bit Asynchronous Up Counter using JK Flip Flops

06:43

Design a 3 Bit Synchronous Up Down Counter using T Flip Flops

21:23

Counter with Unused States | Self Correcting State | Self Correcting Counter | Forced Correct State

07:11

Most Important Problem on Universal Shift Registers | Mode Operations Explained

05:25

Exam Problem on Universal Shift Register | Mode Operations Explained

08:15

Universal Shift Register | Shift Register with Parallel Load | Bidirectional Shift Register

11:54

Design a 2-Bit Synchronous Up Counter Using JK Flip-Flops | All Steps Explained

12:14

Timing Diagram of D Flip-Flop, T Flip-Flop, and JK Flip-Flop | Negative-Edge Triggered | Solved

11:39

Design a BCD Counter Using a 4-Bit Up Counter with Parallel Load & Building a 0–99 Counter

41:33

SNS Final Exam Revision | DFT, Z-Transform, Laplace, Transfer Functions & System Representations

13:30

Designing a 3-Bit Gray Code Counter using T Flip-Flops | Synchronous Sequential Circuit Explained

12:43

Bidirectional Shift Register | Important Problem on Timing Diagram Explained Step-by-Step

03:40

🎓 FAST University Admissions 2025 – Campus & Program Preferences Explained!

01:23

How Pre-Medical Students Can Apply to FAST University 2025 | Full Form Filling Explained

05:10

How Pre-Medical Students Can Apply to FAST University 2025 | Full Form Filling Explained

16:42

4-Bit Synchronous Up/Down Counter Using T Flip-Flops | Complete Solution of Exam Problem

04:27

SAT Expected Merit List 2025 | FAST University Admissions 2025 | SAT Merit List

04:48

FAST University Merit Calculator 2025 | How to Calculate Your Aggregate Step-by-Step | NU Merit

21:24

DLD Solution Of Post Mid Quiz | Digital Logic Design | Adders | Propagation Delay | CLA | RCA

16:12

FAST University Admissions 2025 | Step By Step Guide to Fill Online Application Form | SAT vs NU

32:07

Design a Sequential Circuit for 0101 Pattern Detection

09:12

🎯 Detecting Binary Sequence ‘0101’ using Moore Model | Finite State Machine | FSM

16:17

Op-Amp as Differentiator and Integrator | Explained with Capacitors & Inductors

10:11

Practice 8.7 | At t = 0.15 s in the circuit of Fig. 8.20, find the value of (a) iL;(b) i1; (c) i2

23:30

Example 8.8 | Determine both i1 and iL in the circuit shown in Fig. 8.23a for t greater than 0

38:56

Example 8.9 Hayt 9th edition | Find the capacitor voltage vC(t) and the current i(t) in the 200 Ω

04:22

FAST University Updated SAT Policy 2025 | FAST University Admissions 2025

08:34

Example 8.6 | Find v(0+) and i1(0+) for the circuit shown in Fig. 8.18a if v(0−) = V0.

08:35

Practice 8.5 Hayt 9th edition | Determine the inductor voltage v in the circuit of Fig. 8.16 for

15:38

Example 8.5 Hayt 9th edition | For the circuit of Fig. 8.15a, find the voltage labeled v at t =200

02:09

Practice 8.4 | Determine the current iR through the resistor of Fig. 8.14 at t = 1 ns if iR(0) = 6 A

08:12

Example 8.4 | If the inductor of Fig. 8.13 has a current iL = 2 A at t = 0, find an expression

07:24

Practice 8.3 Hayt 9th edition | In a source-free series RC circuit, find the numerical value of -

06:33

Example 8.3 Hayt 9th edition | The time constant of a series RC circuit has a time constant τ0.

09:00

Practice 8.2 Hayt 9th edition | Noting carefully how the circuit changes once the switch in the

15:30

Example 8.2 Hayt 9th ed. | For the circuit of Fig. 8.4a, find the voltage labeled v at t = 200 μs

05:37

Practice 8.1 Hayt 9th Edition | For the circuit in Fig. 8.2, what value of capacitance would be

08:47

Practice 7.5 | The current waveform of Fig. 7.14a has equal rise and fall times of duration

08:56

Practice 7.4 | The current through a 200 mH inductor is shown in Fig. 7.13. Assume the passive sign

13:18

Example 7.2 | Find the capacitor voltage that is associated with the current shown graphically

06:44

Practice 7.2 | Determine the current through a 100 pF capacitor if its voltage as function of time

08:08

FAST University Admissions 2025 | MS Business Analytics Complete Guide | MSBA

08:29

Why This A Levels Student Rejected USA & Hong Kong Scholarships for FAST University | SAT 1530 Score

00:15

How to Turn Off Auto Dubbing on YouTube | Change Language from English to Urdu/Hindi

07:27

With 175/200 in NUST NET-4 & Full Scholarship at GIKI, Why I Chose FAST Over NUST & GIKI | Best Tips

11:45

How to Identify which Type of Comparator will be used in the Circuit? | Inverting OR Noninverting ?

07:50

Noninverting Schmitt Trigger | Example 6.5 | The circuit in Fig. 6.26 is a noninverting

04:49

Practice 6.5 | Noninverting Schmitt Trigger | Design a noninverting Schmitt trigger

10:18

Inverting Schmitt Trigger Explained

02:50

Practice 6.4 | Design a circuit that provides a 12 V output if a certain voltage

02:50

Example 6.4 | Design a circuit that provides a “ logic 1” 5 V output if a certain voltage signal

05:07

Opamp as a Comparator | Operation Amplifier as a Comparator

08:05

Opamp | Negative Feedback & Positive Feedback | Why Negative Feedback is Always Used?

05:50

Practice 6.3 | An historic bridge is showing signs of deterioration. Until renovations

11:00

Example 6.3 | A multiple tank gas propelled fuel system is installed in a small lunar orbit runabout

08:53

Cascading Opamp | Inverting Summing Amplifier | Summing Amplifier using Inverting Opamp