Tina version 10
1200 Problems and Examples

1200 Problems and Examples on Circuit Theory and Electronics using TINA

Collection of TINA circuit files. You need to install TINA to open these files

 1. DC CIRCUITS
  Topic Number of circuits
    1.1. Series DC Circuits 19
    1.2. Parallel DC Circuits 10
    1.3. Series Parallel DC Circuits 39
    1.4. Power in a DC Circuit 37
    1.5. Solve DC Circuits by using Y to star conversion 12
    1.6. Calculation of the two port parameters 30
    1.7. Circuits Containing Two-ports 5
    1.8. DC Circuits containing controlled sources 22
    1.9. DC Circuits containing operational amplifiers 21
    1.10. Theorems for DC Circuits
    1.10.1. Branch Current Method 11
    1.10.2. Maximum Power transfer 12
    1.10.3. Mesh Current Method 30
    1.10.4. Node Voltage Method 41
    1.10.5. Norton’s Theorem 23
    1.10.6. Superposition 61
    1.10.7. Thevenin’s Theorem 20
 2. AC CIRCUITS
  Topic Number of circuits
    2.1. Sources with sin Waveform 5
    2.2. Networks Containing Capacitors 7
    2.3. Networks Containing Inductors 12
    2.4. Complex Numbers 7
    2.5. Impedance 24
    2.6. Series RC Circuits 10
    2.7. Series RL Circuits 8
    2.8. Parallel RC Circuits 4
    2.9. Parallel RL Circuits 4
    2.10. Series RLC Circuits 10
    2.11. Parallel RLC Circuits 7
    2.12. Series-Parallel RLC Circuits 68
    2.13. Resonance 7
    2.14. Quality Factor and Bandwith 4
    2.15. Powers in AC Circuits 36
    2.16. Transformers 30
    2.17. Three phase Generators 16
    2.18. AC Circuits containing controlled sources 4
    2.19. AC Circuits containing Operational Amplifiers 21
 3. TIME DOMAIN ANALYSIS
  Topic Number of circuits
    3.1. RC Networks
    3.1.1. First Order Networks 21
    3.1.2. Second Order Networks 9
    3.1.3. Higher Order Networks 2
    3.1.4. Circuits Containing Controlled Sources 6
    3.1.5. Circuits Containing Operational Amplifiers 8
    3.2. RL Networ
    3.2.1. First Order Networks 15
    3.2.2. Second Order Networks 3
    3.2.3. Circuits Containing Controlled Sources 2
    3.3. RLC Networks 32
    3.4. Stability problems 25
 4. ANALOG ELECTRONICS
  Topic Number of circuits
    4.1. Active Sources 12
    4.2. Active Filters 11
    4.3. Amplifying Devices 20
    4.4. Amplifiers 25
    4.5. Analog Circuits 14
    4.6. Differential Amplifiers 32
    4.7. Diodes 51
    4.8. Feedback 10
    4.9. Frequency Response 16
    4.10. Operational Amplifiers 31
    4.11. Operational Amplifiers and Diodes 17
    4.12. Oscillators 27
    4.13. Power Amplifiers 6
    4.14. Timers (555) 13
    4.15. Transistors 18
    4.16. Miscellaneous 15
    4.17. Introduction to Digital Electronics 30
 5. DIGITAL ELECTRONICS
  Topic Number of circuits
    5.1. Adders 6
    5.2. Boolean laws 11
    5.3. Comparators 4
    5.4. Decoders and Encoders 10
    5.5. Gates 16
    5.6. Inverters and Buffers 7
    5.7. Multiplexers 5
    5.8. Shifting 8
    5.9. Triggers 3
    5.10. Counters 21
    5.11. Flip Flops 9
    5.12. Manufactured Ics 26
    5.13. Miscellaneous 4
 6. CONTROL
  Topic Number of circuits
    6.1. First Order Lags 4
    6.2. Second Order Lags 1
    6.3. Controllers 9
    6.4. Dead-Time 4
    6.5. Operations 4
    6.6. Nonlinear 9
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