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[FreeCourseSite.com] Udemy - The Complete Electronics Course 2021 Analog Hardware Design

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FreeCourseSite com Udemy - The Complete Electronics Course 2021 Analog Hardware Design

文件列表
  1. 1. Fundamentals/1. So what is Voltage, anyway.mp432.72MB
  2. 1. Fundamentals/3. Direct Current(DC) vs Alternating Current(AC).mp478.37MB
  3. 1. Fundamentals/4. What is Electricity.mp452.97MB
  4. 1. Fundamentals/5. How to measure voltage and current in a circuit.mp466.31MB
  5. 1. Fundamentals/7. Resistor and resistance.mp498.4MB
  6. 1. Fundamentals/8. Ohm's Law.mp474.58MB
  7. 1. Fundamentals/9. Let's do some exercise !.mp464.23MB
  8. 10. First order filters/1. Time Domain and Frequency Domain (Fourier Series).mp428.8MB
  9. 10. First order filters/10. SUMMARY.mp413.17MB
  10. 10. First order filters/11. High-pass RC filter.mp426.68MB
  11. 10. First order filters/12. High-pass RL filter.mp430.63MB
  12. 10. First order filters/13. Band-pass filter - Introduction.mp417.69MB
  13. 10. First order filters/14. RLC Band-pass filter.mp440.34MB
  14. 10. First order filters/2. What is a filter .mp410.73MB
  15. 10. First order filters/3. What are the different types of filters .mp413.42MB
  16. 10. First order filters/4. The RC Low-Pass Filter.mp430.22MB
  17. 10. First order filters/5. The Cutoff Frequency.mp420.79MB
  18. 10. First order filters/6. How to calculate filter response .mp416.85MB
  19. 10. First order filters/7. Visualizing Filter Response - Bode plot.mp422.72MB
  20. 10. First order filters/8. Why do low-pass filter introduce phase shift .mp417.57MB
  21. 10. First order filters/9. Second-Order Low-Pass Filter.mp411.34MB
  22. 11. More Advanced Filters/1. Band-Pass Filter - Review.mp467.07MB
  23. 11. More Advanced Filters/2. Notch Filter and Twin-T Filter.mp464.51MB
  24. 11. More Advanced Filters/3. L, T and π topology filters.mp457.79MB
  25. 11. More Advanced Filters/4. Crossover Filter.mp472.71MB
  26. 11. More Advanced Filters/5. Butterworth , Bessel , Chebyshev , Elliptic filter.mp493.8MB
  27. 12. Most popular connection types with capacitors/1. Coupling capacitors..mp446.69MB
  28. 12. Most popular connection types with capacitors/2. Decoupling capacitors..mp433.66MB
  29. 12. Most popular connection types with capacitors/3. Bypass capacitors.mp428.91MB
  30. 12. Most popular connection types with capacitors/4. Smoothing capacitors.mp415.61MB
  31. 13. Signal Modulation/1. Frequency Bands.mp451.73MB
  32. 13. Signal Modulation/10. Frequency Modulation.mp419.32MB
  33. 13. Signal Modulation/11. Phase Modulation.mp435.11MB
  34. 13. Signal Modulation/12. Part 1-FM Radio. Transmitter.mp416.29MB
  35. 13. Signal Modulation/13. Part 2-FM Radio. Receiver.mp432.84MB
  36. 13. Signal Modulation/14. Putting it all together - an AM Radio.mp450.57MB
  37. 13. Signal Modulation/2. Frequency. Again .mp422.53MB
  38. 13. Signal Modulation/3. Frequency-More Advanced Concepts (Fourier Analysis).mp420.92MB
  39. 13. Signal Modulation/4. What is modulation (Introduction).mp413.18MB
  40. 13. Signal Modulation/5. Principles of Communication - Modulation.mp437.78MB
  41. 13. Signal Modulation/6. Types of Modulation.mp418.3MB
  42. 13. Signal Modulation/7. Analyzing Signals.mp47.04MB
  43. 13. Signal Modulation/8. Amplitude Modulation.mp416.47MB
  44. 13. Signal Modulation/9. Amplitude Modulation Bandwidth.mp418.19MB
  45. 14. Review/1. A. Voltage,Current, Signal Types and Amplitude (Vrms).mp431.64MB
  46. 14. Review/2. B. Resistor,Capacitor,Inductor.mp428.74MB
  47. 14. Review/3. C. Series, Parallel , Basic Circuits.mp427.11MB
  48. 14. Review/4. Inductor - Review + Simulation.mp478.16MB
  49. 14. Review/5. Back e.mf Protection + Blocking Negative Kickback.mp489.57MB
  50. 14. Review/6. Capacitor - Review + Simulation.mp484.46MB
  51. 14. Review/7. Transformers - Review (Step-Down, Step-Up, Isolation).mp4132.6MB
  52. 14. Review/8. Long-Distance Power Transmission.mp464.2MB
  53. 15. Miscellaneous stuff/1. Relays (Mechanical Relays and MOS FET Relays).mp471.4MB
  54. 15. Miscellaneous stuff/2. RC Differentiator.mp455.16MB
  55. 15. Miscellaneous stuff/3. Wheatstone Bridge Explained.mp435.24MB
  56. 15. Miscellaneous stuff/4. Series RLC (Oscillating vs Dumped).mp480.93MB
  57. 16. Bipolar Transistors/1. Introduction.mp430.84MB
  58. 16. Bipolar Transistors/10. Impedance of sources and loads.mp422.1MB
  59. 16. Bipolar Transistors/11. How to build an emitter follower - Part I.mp441.81MB
  60. 16. Bipolar Transistors/12. How to build an emitter follower - Part II.mp442.76MB
  61. 16. Bipolar Transistors/13. Emitter follower drives high-power LED.mp422.21MB
  62. 16. Bipolar Transistors/14. Emitter Follower as Voltage Regulator.mp450.49MB
  63. 16. Bipolar Transistors/2. Rules for NPN transistor.mp433.04MB
  64. 16. Bipolar Transistors/3. Differences between NPN & PNP Transisistors - Forward Active Mode.mp439.19MB
  65. 16. Bipolar Transistors/4. Transistor Switch - Saturation Mode.mp441.9MB
  66. 16. Bipolar Transistors/5. Variations on a theme - High Side Switching.mp434.09MB
  67. 16. Bipolar Transistors/6. Pulse generator - part I.mp440.77MB
  68. 16. Bipolar Transistors/7. Pulse generator - part II.mp436.8MB
  69. 16. Bipolar Transistors/8. Pulse generator - part III (Adding Schmitt Trigger).mp4106.05MB
  70. 16. Bipolar Transistors/9. Emitter Follower.mp4105.66MB
  71. 17. Review + More Circuits with Transistors!/1. Beginning NPN vs PNP (Similarities + Differences).mp460.24MB
  72. 17. Review + More Circuits with Transistors!/10. Bypass Capacitor in Common-Emitter Amplifiers PART I.mp426.47MB
  73. 17. Review + More Circuits with Transistors!/11. Bypass Capacitor in Common-Emitter Amplifiers PART II.mp430.92MB
  74. 17. Review + More Circuits with Transistors!/2. NPN Transistor How it works (Diode Model).mp434.44MB
  75. 17. Review + More Circuits with Transistors!/3. PNP Transistor How it works (Diode Model).mp412.32MB
  76. 17. Review + More Circuits with Transistors!/4. Transistor Regions of Operation (Active, Saturated, Cutoff).mp441.86MB
  77. 17. Review + More Circuits with Transistors!/5. Current GainAmplification Factor.mp421.42MB
  78. 17. Review + More Circuits with Transistors!/6. How to counter the differences in β.mp447.89MB
  79. 17. Review + More Circuits with Transistors!/7. Emitter Follower (INPUT AND OUTPUT IMPEDANCE) Part 1.mp473.09MB
  80. 17. Review + More Circuits with Transistors!/8. Emitter Follower (INPUT AND OUTPUT IMPEDANCE) Part 2.mp448.43MB
  81. 17. Review + More Circuits with Transistors!/9. Input and Output Coupling Capacitor.mp497MB
  82. 18. Transistor Circuits/1. Current Source - Introduction.mp486.37MB
  83. 18. Transistor Circuits/2. How to design a current source.mp461.94MB
  84. 18. Transistor Circuits/3. How to design a common-emitter amplifier.mp4172.84MB
  85. 18. Transistor Circuits/4. Current Mirror.mp4135.92MB
  86. 18. Transistor Circuits/5. Differential amplifier - Part 1.mp433.05MB
  87. 18. Transistor Circuits/6. Differential amplifier - Part 2.mp4290.2MB
  88. 19. Audio amplifier classes/1. Decibel.mp426.81MB
  89. 19. Audio amplifier classes/2. Power amplifier classes - Introduction.mp435.65MB
  90. 19. Audio amplifier classes/3. Class A,B,AB,C,D - Theory.mp4113.3MB
  91. 19. Audio amplifier classes/4. Simulation - PART I (Class A and introduction to Class B).mp4173.58MB
  92. 19. Audio amplifier classes/5. Simulation - PART 2 (Class B and AB).mp4320.33MB
  93. 19. Audio amplifier classes/6. Simulation - PART 3 (Class D).mp4164.34MB
  94. 2. Kirchhoff's circuit laws/1. Why we need Kirchhoffs Circuit Law.mp460.14MB
  95. 2. Kirchhoff's circuit laws/2. Kirchhoff's Current Law.mp449.24MB
  96. 2. Kirchhoff's circuit laws/3. Kirchhoff's Voltage Law PART I.mp456.69MB
  97. 2. Kirchhoff's circuit laws/4. Kirchhoff's Voltage Law PART II.mp474.31MB
  98. 20. Other circuits using BJT/1. Astable Multivibrator.mp467.77MB
  99. 20. Other circuits using BJT/2. Monostable Multivibrator.mp4105.15MB
  100. 20. Other circuits using BJT/3. Bistable Multivibrator.mp456.55MB
  101. 20. Other circuits using BJT/4. Schmitt Trigger.mp4132.74MB
  102. 20. Other circuits using BJT/5. Colpitts Oscillator (Postive Feedback explained).mp4124.34MB
  103. 21. Linear Power Supply Design/1. Power Supplies Introduction (Block Diagram of a Linear Power Supply).mp451.29MB
  104. 21. Linear Power Supply Design/2. How NOT to design a power supply.mp4124MB
  105. 21. Linear Power Supply Design/3. Emitter Follower using Darlington Pair.mp424.78MB
  106. 21. Linear Power Supply Design/4. Transistor Based Power Supply (1.3V - 50V) Part I.mp444.85MB
  107. 21. Linear Power Supply Design/5. Transistor Based Power Supply (1.3V - 50V) Part II.mp486.5MB
  108. 21. Linear Power Supply Design/6. LM317 Based Variable Power Supply.mp468.32MB
  109. 21. Linear Power Supply Design/7. Different circuits that you can build with LM317.mp466.05MB
  110. 21. Linear Power Supply Design/8. Split Power Supply Design (+12V & -12V).mp446.83MB
  111. 22. Operational Amplifier (Op-Amp) - Fundamentals/1. Introduction (Op-Amp as Comparator).mp454.68MB
  112. 22. Operational Amplifier (Op-Amp) - Fundamentals/2. Op-Amp Buffer Circuit.mp442.93MB
  113. 22. Operational Amplifier (Op-Amp) - Fundamentals/3. When a Circuit Needs Buffering.mp414.3MB
  114. 22. Operational Amplifier (Op-Amp) - Fundamentals/4. How to increase the current of a buffer circuit.mp431.33MB
  115. 22. Operational Amplifier (Op-Amp) - Fundamentals/5. Non-Inverting Amplifier.mp440.8MB
  116. 22. Operational Amplifier (Op-Amp) - Fundamentals/6. Inverting Amplifier.mp480.13MB
  117. 22. Operational Amplifier (Op-Amp) - Fundamentals/7. Single Ended Inverting Amplifier.mp472.34MB
  118. 22. Operational Amplifier (Op-Amp) - Fundamentals/8. Gain-BandWidth Product.mp450.82MB
  119. 22. Operational Amplifier (Op-Amp) - Fundamentals/9. Cascading Op-amps For Improved Bandwidth.mp425.7MB
  120. 23. Op-Amp Arithmetic Circuits/1. Inverting Op-Amp Adder.mp446.75MB
  121. 23. Op-Amp Arithmetic Circuits/2. Non-Inverting Op-Amp Adder.mp426.52MB
  122. 23. Op-Amp Arithmetic Circuits/3. What is the use of an op-amp adder.mp411.52MB
  123. 23. Op-Amp Arithmetic Circuits/4. Differential amplifier with and without improvement.mp4100.68MB
  124. 23. Op-Amp Arithmetic Circuits/5. What are differential amplifier used for.mp429.58MB
  125. 23. Op-Amp Arithmetic Circuits/6. Op-Amp Integrator PART I.mp426.16MB
  126. 23. Op-Amp Arithmetic Circuits/7. Op-Amp Integrator PART II.mp462.85MB
  127. 23. Op-Amp Arithmetic Circuits/8. Op-Amp Differentiator.mp451.03MB
  128. 24. Op-Amp Based Precision Rectifiers/1. Regular Rectifier vs Precision Rectifier.mp412.49MB
  129. 24. Op-Amp Based Precision Rectifiers/2. Basic Half-Wave Precision Rectifier.mp429.28MB
  130. 24. Op-Amp Based Precision Rectifiers/3. Gain Controller Precision Half-Wave Rectifier.mp476.77MB
  131. 25. BONUS! - Common Op-Amp Based Circuits/1. Peak Detector Circuit.mp481.31MB
  132. 25. BONUS! - Common Op-Amp Based Circuits/2. I-V Converter.mp454.72MB
  133. 25. BONUS! - Common Op-Amp Based Circuits/3. Building a Schmitt Trigger using Op-Amp.mp479.97MB
  134. 25. BONUS! - Common Op-Amp Based Circuits/4. Op-Amp Based Voltage Regulator.mp4100.23MB
  135. 3. Different types of signal/1. Different types of signal.mp4142.9MB
  136. 3. Different types of signal/2. Root mean square voltage (Vrms).mp423.67MB
  137. 3. Different types of signal/4. Square wave, Pulses, Steps and Spikes, Logic Levels.mp447.35MB
  138. 3. Different types of signal/5. Signal, Pulse, Function Generator.mp454.52MB
  139. 4. Capacitors and its application/1. Capacitor introduction with DC simulation.mp470.5MB
  140. 4. Capacitors and its application/2. Types of Capacitors.mp468.86MB
  141. 4. Capacitors and its application/3. Capacitors in Series vs Parallel.mp423.7MB
  142. 4. Capacitors and its application/4. Part 1 Application Examples.mp4102.24MB
  143. 4. Capacitors and its application/5. Part 2 Application Examples.mp415.99MB
  144. 5. RC Time Constant/1. RC Time Constant.mp423.3MB
  145. 5. RC Time Constant/2. RC Circuits Charging,Discharging,Signal Filtering.mp461.12MB
  146. 5. RC Time Constant/3. Application Examples.mp447.8MB
  147. 6. Inductors and Transformers/1. Inductor - Introduction.mp480.81MB
  148. 6. Inductors and Transformers/2. Reactive Components and Impedance.mp496.61MB
  149. 6. Inductors and Transformers/3. Type of Inductors.mp493.45MB
  150. 6. Inductors and Transformers/4. Transformers.mp463.45MB
  151. 7. Diodes and its applications/1. Diode introduction.mp447.48MB
  152. 7. Diodes and its applications/10. Advantage of using a voltage regulator.mp466.82MB
  153. 7. Diodes and its applications/11. Signal Rectifier, Diode Gates, Diode Clamp circuits.mp431.6MB
  154. 7. Diodes and its applications/12. Inductors as friends.mp48.91MB
  155. 7. Diodes and its applications/2. Zener diodes and its applications.mp473.52MB
  156. 7. Diodes and its applications/3. Types of Diodes.mp436.55MB
  157. 7. Diodes and its applications/4. Application example Half-wave and Full-wave rectifier.mp450.45MB
  158. 7. Diodes and its applications/5. Application example Power supply filtering.mp479.68MB
  159. 7. Diodes and its applications/6. Center-tapped full wave rectifier + Dual Split Supply.mp460.51MB
  160. 7. Diodes and its applications/8. Reverse Current Protection, Voltage Spike Suppression, Logic Gates.mp436.45MB
  161. 7. Diodes and its applications/9. Full Wave Voltage Multiplier, Voltage Doubler, Tripler.mp4173.53MB
  162. 8. Review + More Circuits with Diodes !/1. Half-Wave Rectifier.mp4134.89MB
  163. 8. Review + More Circuits with Diodes !/2. Full-Wave Rectifier - Center Tapped and Diode Bridge.mp4108.44MB
  164. 8. Review + More Circuits with Diodes !/3. Diode Limiter (Clapping Circuit).mp4123.96MB
  165. 8. Review + More Circuits with Diodes !/4. Clamper Circuit (DC Restoration).mp440.61MB
  166. 8. Review + More Circuits with Diodes !/5. Spike Generator (Using RC Circuit).mp449.93MB
  167. 8. Review + More Circuits with Diodes !/6. Voltage Doubler Tripler.mp476.39MB
  168. 9. Impedance and reactance/1. Impedance.mp440.15MB
  169. 9. Impedance and reactance/2. Reactance.mp471.34MB
  170. 9. Impedance and reactance/3. Input and Output Impedance.mp438.66MB
  171. 9. Impedance and reactance/4. How to measure the input impedance.mp412.44MB
  172. 9. Impedance and reactance/5. How to measure the output impedance.mp46.83MB
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