Impulse Response of Systems Explained: Basics, Parameters, and Solved Examples

Stable and Unstable Systems Solved Examples: Basics, Steps, Calculations, and Solutions

Invertible and Non-Invertible Systems Explained: Basics, Differences, Applications, and Examples

Causal and Non-Causal Systems Solved Examples: Basics, Steps, Calculations, and Solutions

Static and Dynamic Systems Solved Examples: Basics, Steps, Calculations, and Solutions

LTI and LTV Systems Solved Examples: Basics, Steps, Calculations, and Solutions

Time Invariant and Time Variant Systems Solved Examples: Basics, Steps, Calculations, and Solutions

Linear and Non Linear System Solved Examples: Basics, Steps, Calculations, and Solutions

Classifications of Systems: Linearity, Time Variant, Causality, Stability, and Invertibility

Energy of Time Scaled Signal & Energy Verification by Parseval' Theorem: Solved Examples

Energy and Power Signals Solved Examples: Steps, Process, and Solutions

Energy and Power of Discrete Signal: Basics and Solved Examples

Energy and Power of Step & Exponential Signal Solved Examples

Energy and Power of Signal from Waveforms Explained: Basics and Solved Examples

Periodicity of Signals Basics and Solved Examples

Even and Odd Components of Signal Solved Examples: Steps, Process, and Solutions

Plot Signal from given Function Solved Examples: Steps, Process, and Solutions

Operations on Signal Solved Examples: Time Shifting, Time Folding, Time Scaling & Arithmetic

Operations on Signal Explained: Time Shifting, Time Folding, Time Scaling & Arithmetic Operations

Standard Signals Explained: Impulse, Step, Ramp, Parabolic, Signum, Rectangular, Sinc & Sampling

Classifications of Signals Explained: Continuous/Discrete, Even/Odd, Periodic/Aperiodic, Energy/Powe

Introduction to Systems Explained: Basics, Elements, Examples, Types, and Applications

Introduction to Signals Explained: Basics, Examples, Representation, and Applications

Control Systems by Engineering Funda

2. Controllability and Observability by Kalman's Test in State Space Analysis

1. Controllability and Observability by Kalman's Test in State Space Analysis

Effects of Lag Compensator and Lead Compensator in Control Systems

Lag-Lead Compensator Explained; Basics, S-Plane Representation, Transfer Function & Electrical N/W

Lead Compensator Explained; Basics, Transfer Function, Bode Plot, and Maximum Phase Condition

Electric Flux Explained: Basics, Calculation, and Case Studies