Introduction to feedback control - Specification of measurement instruments - Pressure measuring instruments - Temperature instruments - Liquid level instruments - Liquid flow instruments – Viscosity - Displacement & velocity measurements - Data Analysis signal transmission
Bachelor degree in Mechanical Engineering (Automotive Engineering)
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content serial | Description |
---|---|
1 | Introduction. |
2 | Basic circuit. |
3 | Resistance, voltage, current, and ohm’s law. |
4 | Kirchoff’s laws. |
5 | Resistances in series or parallel. |
6 | Mesh analysis. |
7 | 7th week + Node analysis. |
8 | Source transformation. |
9 | Superposition, voltage and current divider. |
10 | Laws of magnetic force. |
11 | Field strength, flux density. |
12 | 12th week + Relation between B, H, I, K. |
13 | Alternating current. |
14 | Waves, effective value. |
15 | Power. |
16 | Final Exam. |
1 | Introduction. |
2 | Basic circuit. |
3 | Resistance, voltage, current, and ohm’s law. |
4 | Kirchoff’s laws. |
5 | Resistances in series or parallel. |
6 | Mesh analysis. |
7 | 7th week + Node analysis. |
8 | Source transformation. |
9 | Superposition, voltage and current divider. |
10 | Laws of magnetic force. |
11 | Field strength, flux density. |
12 | 12th week + Relation between B, H, I, K. |
13 | Alternating current. |
14 | Waves, effective value. |
15 | Power. |
16 | Final Exam. |
1 | Introduction. |
2 | Basic circuit. |
3 | Resistance, voltage, current, and ohm’s law. |
4 | Kirchoff’s laws. |
5 | Resistances in series or parallel. |
6 | Mesh analysis. |
7 | 7th week + Node analysis. |
8 | Source transformation. |
9 | Superposition, voltage and current divider. |
10 | Laws of magnetic force. |
11 | Field strength, flux density. |
12 | 12th week + Relation between B, H, I, K. |
13 | Alternating current. |
14 | Waves, effective value. |
15 | Power. |
16 | Final Exam. |
1 | Introduction. |
2 | Basic circuit. |
3 | Resistance, voltage, current, and ohm’s law. |
4 | Kirchoff’s laws. |
5 | Resistances in series or parallel. |
6 | Mesh analysis. |
7 | 7th week + Node analysis. |
8 | Source transformation. |
9 | Superposition, voltage and current divider. |
10 | Laws of magnetic force. |
11 | Field strength, flux density. |
12 | 12th week + Relation between B, H, I, K. |
13 | Alternating current. |
14 | Waves, effective value. |
15 | Power. |
16 | Final Exam. |
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