MECE 388Tüm SınavlarAutomatic Control Systems

Kontrol dersi düşündüğün kadar zor değil! Bu dersimizde gerçek bir üniversite hocası olan Gürkan hocamızın anlatımıyla tüm konuları kavrayacak, ardından da geçmiş senelerde sorulmuş ve sınavda çıkabilecek sorularla antreman yapabileceksin.

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76 soru çözümü
48 konu anlatımı · 6 sa 34 dk

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Gürkan Hoca

Gürkan Hoca

Öğr. Üy.

Orta Doğu Tekn. Üni.'den derece ile mezun olduktan sonra yüksek lisans ve doktora çalışmalarımı da yurt dışında tamamladım. Ardından aynı üniversitede öğretim üyesi olarak görev yaptım. Üniversite öğrencisi olmanın ne demek olduğunu unutmayarak, dersleri öğrencilerimin gözünden anlatmanın ve onlara özel anlama yolları geliştirmenin önemini çok iyi biliyorum. Öğretmenin aslında bir "sanat" olduğunu biliyorum ve bu sanatı sizlere gösterebilmek için buradayım.

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Derslerimize güveniyoruz. Olur da sınavlarına bizimle hazırlandığın halde dersten kalırsan, iade alabilirsin. Koşullar

Konular

Ders Tanıtımı

Introduction and General Principles

Ücretsiz

Laplace Transform (Introduction)

Ücretsiz

Laplace Transform as an Integral

Laplace Tables and Properties of Laplace Transform-1

Exam Like Question-1

Ücretsiz

Unit Impulse, Step and Ramp Functions

Laplace of Time Delayed and Periodic Functions

Exam Like Question-2

Ücretsiz

Exam Like Question-3

Ücretsiz

Exam Like Question-4

Ücretsiz

Complex Shift and Convolution Integral

Exam Like Question-5

Ücretsiz

Initial and Final Value Theorems

Exam Like Question-5

Ücretsiz

Exam Like Question-6

Ücretsiz

Inverse Laplace with Partial Fractions

Exam Like Question-7

Ücretsiz

Exam Like Question-8

Ücretsiz

Exam Like Question-9

Ücretsiz

Exam Like Question-10

Ücretsiz

Exam Like Question-11

Ücretsiz

Exam Like Question-12

Ücretsiz

Exam Like Question-13

Ücretsiz

Concept of Transfer Function

Block Diagrams and Block Diagram Reduction

Exam Like Question: Block Diagram Reduction

Exam Like Question: Block Diagram Reduction

Mathematical Modelling of Physical Systems

Electrical Systems

Operational Amplifiers (Op Amps)

Kirchhoff’s Rules (Introduction)

Kirchhoff's Rules

Exam Like Question (Including Op Amp)

Exam Like Question

Translational Mechanical System

Exam Like Question

Rotational (Torsional) Mechanical System

Exam Like Question

Mechanical Systems with Gears

Electromechanical Systems: DC Motor

Exam Like Question

Fluid Systems

Exam Like Question

Thermal Systems

Exam Like Question

Past Exam Question: Electrical, Mechanical, Fluid

Poles and Zeros of a System, Effect of Pole Locations

Step Response of First Order Systems

Step Response of Second Order Systems

Response of Higher Order Systems (Dominant Poles)

Exam Like Question - 1

Exam Like Question - 2

Transfer Function from Given Input and Output

Block Diagram Reduction

Time Response and Block Diagrams

Ücretsiz

Transfer Function of a Mechanical System (Non-linear Spring)

Equation of Motion of a Mechanical System

Response of a 2nd Order System

Transfer Function of a Mechanical System

Response of a 1st Order System

Transfer Function of a Rotational Mechanical System

Laplace Transform

Response of a 1st Order Mechanical System

Reduction of a Block Diagram

Ücretsiz

Transfer Function of a Translational Mechanical System

Time Response of a 1st Order System

Time Response of a 2nd Order System

Modeling of a Mechanical System with Gears

Time Response of a 2nd Order System

Ücretsiz

Modeling of an Electrical System and Transfer Function

Ücretsiz

Modeling of an Mechanical System and Transfer Function

Solving Diff. Eqns. with Laplace Transform

Ücretsiz

Modeling of an Mechanical System and Transfer Function

Modeling of an Mechanical System and Transfer Function

Inverse Laplace Transfrom

Response of a System Using Pole-Zero Plot

Response of a 1st Order Electrical System

Response of a Mechanical System with Sensor Dynamics

Ücretsiz

Elements of a Closed Loop System and Error

Ücretsiz

Servo and Regulator Characteristics

Sensitivity

Exam Like Question

Stability - Stable and Unstable Systems

Stability - Special Cases: Marginally Stable Systems

Exam Like Question

Exam Like Question

Exam Like Question

Exam Like Question

Exam Like Question

Controller Types (P, I and D Contollers)

Ücretsiz

Steady State Error

System and Input Type Number

Exam Like Question

Exam Like Question

What is a Root Locus Plot?

Rules for Constructing a Root Locus Plot - Part-1

Rules for Constructing a Root Locus Plot - Part-2

Exam Like Question: Root Locus Plot

Ücretsiz

Root Locus Stability

Root Locus Plot for an Arbitrary Parameter

PD Controllers and Lead Compensators using Root Locus

PI Controllers and Lag Compensators using Root Locus

Exam Like Question Part-1: PD and Lead

Ücretsiz

Exam Like Question Part-2: PI and Lag

What is Frequency Response?

Exam Like Question: Frequency Response at a Given Freq.

Bode Plots: Introduction

Bode Plot of a Composite Function Using Basic Factors

Exam Like Question: Bode Plot of a Composite Function

Ücretsiz

Stability Margins Using Bode Plots

Nyquist Plot

Nyquist Stability Criteria and Stability Margins

Exam Like Question: Nyquist Stability

Ücretsiz

Routh Herwitz Criterion

Root Locus Drawing - 1

Ücretsiz

Root Locus Drawing - 2

Compansator Design - 1

Compansator Design - 2 (part a and b)

Ücretsiz

Compansator Design - 2 (part c and d)

Sensitivity of a Closed Loop System

Response of a 2nd Order System

Steady State Error

Response of a Mechanical System with Sensor Dynamics

Ücretsiz

Characteristics of a Closed Loop System

MECE 388 Tüm Sınavlar Hakkında Sıkça Sorulan Sorular

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2998 TL