Electronic Circuits for Beginners Analog Hardware Design | 86E298CAF36016B93F473FA7977E1C3E2D3C0693

Electronic Circuits for Beginners Analog Hardware Design

Name	Electronic Circuits for Beginners Analog Hardware Design	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	5.7 GB
Total Files	200
Hash	86E298CAF36016B93F473FA7977E1C3E2D3C0693

/1. Fundamentals/
1. Voltage.mp4	143.8 MB
3. Resistor and resistance.mp4	103.2 MB
4. Ohm's Law.mp4	78.2 MB
5. Let's do some exercise !.mp4	67.4 MB
2. Current.mp4	55.3 MB
1. Voltage.vtt	13.9 KB
3. Resistor and resistance.vtt	11.9 KB
5. Let's do some exercise !.vtt	11.7 KB
4. Ohm's Law.vtt	10.9 KB
2. Current.vtt	6.0 KB
/10. Most popular connection types with capacitors/
1. Coupling capacitors..mp4	49.0 MB
2. Decoupling capacitors..mp4	35.3 MB
3. Bypass capacitors.mp4	30.3 MB
4. Smoothing capacitors.mp4	16.4 MB
1. Coupling capacitors..vtt	7.8 KB
2. Decoupling capacitors..vtt	6.6 KB
3. Bypass capacitors.vtt	6.3 KB
4. Smoothing capacitors.vtt	2.9 KB
/11. Signal Modulation/
1. Frequency Bands.mp4	54.2 MB
14. Putting it all together - an AM Radio.mp4	53.0 MB
5. Principles of Communication - Modulation.mp4	39.6 MB
11. Phase Modulation.mp4	36.8 MB
13. Part 2-FM Radio. Receiver.mp4	34.4 MB
2. Frequency. Again .mp4	23.6 MB
3. Frequency-More Advanced Concepts (Fourier Analysis).mp4	21.9 MB
10. Frequency Modulation.mp4	20.3 MB
6. Types of Modulation.mp4	19.2 MB
9. Amplitude Modulation Bandwidth.mp4	19.1 MB
8. Amplitude Modulation.mp4	17.3 MB
12. Part 1-FM Radio. Transmitter.mp4	17.1 MB
4. What is modulation (Introduction).mp4	13.8 MB
7. Analyzing Signals.mp4	7.4 MB
13. Part 2-FM Radio. Receiver.vtt	8.4 KB
5. Principles of Communication - Modulation.vtt	7.1 KB
14. Putting it all together - an AM Radio.vtt	6.6 KB
11. Phase Modulation.vtt	6.5 KB
1. Frequency Bands.vtt	5.4 KB
12. Part 1-FM Radio. Transmitter.vtt	4.5 KB
2. Frequency. Again .vtt	4.4 KB
9. Amplitude Modulation Bandwidth.vtt	4.3 KB
3. Frequency-More Advanced Concepts (Fourier Analysis).vtt	3.8 KB
8. Amplitude Modulation.vtt	3.5 KB
10. Frequency Modulation.vtt	3.1 KB
6. Types of Modulation.vtt	3.1 KB
7. Analyzing Signals.vtt	1.9 KB
4. What is modulation (Introduction).vtt	1.9 KB
/12. Review/
1. A. Voltage,Current, Signal Types and Amplitude (Vrms).mp4	33.2 MB
2. B. Resistor,Capacitor,Inductor.mp4	30.1 MB
3. C. Series, Parallel , Basic Circuits.mp4	28.4 MB
2. B. Resistor,Capacitor,Inductor.vtt	7.4 KB
1. A. Voltage,Current, Signal Types and Amplitude (Vrms).vtt	6.9 KB
3. C. Series, Parallel , Basic Circuits.vtt	6.8 KB
/13. Bipolar Transistors/
8. Pulse generator - part III (Adding Schmitt Trigger).mp4	111.2 MB
9. Emitter Follower.mp4	110.8 MB
14. Emitter Follower as Voltage Regulator.mp4	52.9 MB
12. How to build an emitter follower - Part II.mp4	44.8 MB
4. Transistor Switch - Saturation Mode.mp4	43.9 MB
11. How to build an emitter follower - Part I.mp4	43.8 MB
6. Pulse generator - part I.mp4	42.7 MB
3. Differences between NPN & PNP Transisistors - Forward Active Mode.mp4	41.1 MB
7. Pulse generator - part II.mp4	38.6 MB
5. Variations on a theme - High Side Switching.mp4	35.7 MB
2. Rules for NPN transistor.mp4	34.6 MB
1. Introduction.mp4	32.3 MB
13. Emitter follower drives high-power LED.mp4	23.3 MB
10. Impedance of sources and loads.mp4	23.2 MB
12. How to build an emitter follower - Part II.vtt	10.8 KB
11. How to build an emitter follower - Part I.vtt	10.6 KB
8. Pulse generator - part III (Adding Schmitt Trigger).vtt	10.1 KB
4. Transistor Switch - Saturation Mode.vtt	9.0 KB
1. Introduction.vtt	8.7 KB
3. Differences between NPN & PNP Transisistors - Forward Active Mode.vtt	7.6 KB
9. Emitter Follower.vtt	6.5 KB
14. Emitter Follower as Voltage Regulator.vtt	6.4 KB
5. Variations on a theme - High Side Switching.vtt	5.6 KB
10. Impedance of sources and loads.vtt	5.0 KB
2. Rules for NPN transistor.vtt	4.9 KB
6. Pulse generator - part I.vtt	4.9 KB
7. Pulse generator - part II.vtt	3.6 KB
13. Emitter follower drives high-power LED.vtt	3.5 KB
/14. Transistor Circuits/
6. Differential amplifier - Part 2.mp4	304.3 MB
3. How to design a common-emitter amplifier.mp4	181.2 MB
4. Current Mirror.mp4	142.5 MB
1. Current Source - Introduction.mp4	90.6 MB
2. How to design a current source.mp4	65.0 MB
5. Differential amplifier - Part 1.mp4	34.7 MB
6. Differential amplifier - Part 2.vtt	16.3 KB
4. Current Mirror.vtt	14.6 KB
3. How to design a common-emitter amplifier.vtt	13.0 KB
1. Current Source - Introduction.vtt	11.5 KB
5. Differential amplifier - Part 1.vtt	9.2 KB
2. How to design a current source.vtt	9.0 KB
/15. Audio amplifier classes/
4. Simulation - PART 2 (Class B and AB).mp4	335.9 MB
3. Simulation - PART I (Class A and introduction to Class B).mp4	182.0 MB
5. Simulation - PART 3 (Class D).mp4	172.3 MB
2. Class A,B,AB,C,D - Theory.mp4	118.8 MB
1. Power amplifier classes - Introduction.mp4	37.4 MB
4. Simulation - PART 2 (Class B and AB).vtt	18.0 KB
3. Simulation - PART I (Class A and introduction to Class B).vtt	13.4 KB
2. Class A,B,AB,C,D - Theory.vtt	12.1 KB
5. Simulation - PART 3 (Class D).vtt	9.6 KB
1. Power amplifier classes - Introduction.vtt	8.9 KB
/2. Kirchhoff's circuit laws/
1. Kirchhoff's Current Law.mp4	35.6 MB
2. Kirchhoff's Voltage Law.mp4	26.7 MB
2. Kirchhoff's Voltage Law.vtt	8.5 KB
1. Kirchhoff's Current Law.vtt	7.0 KB
/3. Different types of signal/
1. Different types of signal.mp4	149.8 MB
4. Signal, Pulse, Function Generator.mp4	57.2 MB
3. Square wave, Pulses, Steps and Spikes, Logic Levels.mp4	49.7 MB
5. Decibel.mp4	28.1 MB
2. Root mean square voltage (Vrms).mp4	24.8 MB
1. Different types of signal.vtt	14.3 KB
3. Square wave, Pulses, Steps and Spikes, Logic Levels.vtt	8.4 KB
4. Signal, Pulse, Function Generator.vtt	5.3 KB
2. Root mean square voltage (Vrms).vtt	4.4 KB
5. Decibel.vtt	3.8 KB
/4. Capacitors and its application/
4. Part 1 Application Examples.mp4	107.2 MB
1. Capacitor introduction with DC simulation.mp4	73.9 MB
2. Types of Capacitors.mp4	72.2 MB
3. Capacitors in Series vs Parallel.mp4	24.8 MB
5. Part 2 Application Examples.mp4	16.8 MB
1. Capacitor introduction with DC simulation.vtt	11.7 KB
2. Types of Capacitors.vtt	9.7 KB
4. Part 1 Application Examples.vtt	8.1 KB
3. Capacitors in Series vs Parallel.vtt	4.3 KB
5. Part 2 Application Examples.vtt	3.6 KB
/5. RC Time Constant/
2. RC Circuits Charging,Discharging,Signal Filtering.mp4	64.1 MB
3. Application Examples.mp4	50.1 MB
1. RC Time Constant.mp4	24.4 MB
3. Application Examples.vtt	7.4 KB
2. RC Circuits Charging,Discharging,Signal Filtering.vtt	7.3 KB
1. RC Time Constant.vtt	4.5 KB
/6. Inductors and Transformers/
2. Reactive Components and Impedance.mp4	101.3 MB
3. Type of Inductors.mp4	98.0 MB
1. Inductor - Introduction.mp4	84.7 MB
4. Transformers.mp4	66.5 MB
3. Type of Inductors.vtt	9.7 KB
1. Inductor - Introduction.vtt	9.4 KB
4. Transformers.vtt	8.7 KB
2. Reactive Components and Impedance.vtt	8.3 KB
/7. Diodes and its applications/
8. Full Wave Voltage Multiplier, Voltage Doubler, Tripler.mp4	182.0 MB
5. Application example Power supply filtering.mp4	83.5 MB
2. Zener diodes and its applications.mp4	77.1 MB
9. Advantage of using a voltage regulator.mp4	70.1 MB
6. Center-tapped full wave rectifier + Dual Split Supply.mp4	63.5 MB
4. Application example Half-wave and Full-wave rectifier.mp4	52.9 MB
1. Diode introduction.mp4	49.8 MB
3. Types of Diodes.mp4	38.3 MB
7. Reverse Current Protection, Voltage Spike Suppression, Logic Gates.mp4	38.2 MB
10. Signal Rectifier, Diode Gates, Diode Clamp circuits.mp4	33.1 MB
11. Inductors as friends.mp4	9.4 MB
6. Center-tapped full wave rectifier + Dual Split Supply.vtt	11.5 KB
2. Zener diodes and its applications.vtt	9.8 KB
1. Diode introduction.vtt	9.2 KB
8. Full Wave Voltage Multiplier, Voltage Doubler, Tripler.vtt	8.2 KB
9. Advantage of using a voltage regulator.vtt	6.8 KB
10. Signal Rectifier, Diode Gates, Diode Clamp circuits.vtt	6.3 KB
3. Types of Diodes.vtt	5.9 KB
5. Application example Power supply filtering.vtt	5.3 KB
7. Reverse Current Protection, Voltage Spike Suppression, Logic Gates.vtt	5.1 KB
4. Application example Half-wave and Full-wave rectifier.vtt	3.2 KB
11. Inductors as friends.vtt	1.3 KB
/8. Impedance and reactance/
2. Reactance.mp4	74.8 MB
1. Impedance.mp4	42.1 MB
3. Input and Output Impedance.mp4	40.5 MB
4. How to measure the input impedance.mp4	13.0 MB
5. How to measure the output impedance.mp4	7.2 MB
2. Reactance.vtt	6.7 KB
3. Input and Output Impedance.vtt	6.2 KB
1. Impedance.vtt	4.9 KB
4. How to measure the input impedance.vtt	2.7 KB
5. How to measure the output impedance.vtt	1.4 KB
/9. First order filters/
14. RLC Band-pass filter.mp4	42.3 MB
12. High-pass RL filter.mp4	32.1 MB
4. The RC Low-Pass Filter.mp4	31.7 MB
1. Time Domain and Frequency Domain (Fourier Series).mp4	30.2 MB
11. High-pass RC filter.mp4	28.0 MB
7. Visualizing Filter Response - Bode plot.mp4	23.8 MB
5. The Cutoff Frequency.mp4	21.8 MB
13. Band-pass filter - Introduction.mp4	18.6 MB
8. Why do low-pass filter introduce phase shift .mp4	18.4 MB
6. How to calculate filter response .mp4	17.7 MB
3. What are the different types of filters .mp4	14.1 MB
10. SUMMARY.mp4	13.8 MB
9. Second-Order Low-Pass Filter.mp4	11.9 MB
2. What is a filter .mp4	11.3 MB
11. High-pass RC filter.vtt	6.8 KB
1. Time Domain and Frequency Domain (Fourier Series).vtt	5.5 KB
14. RLC Band-pass filter.vtt	5.3 KB
12. High-pass RL filter.vtt	4.6 KB
13. Band-pass filter - Introduction.vtt	4.5 KB
6. How to calculate filter response .vtt	4.4 KB
5. The Cutoff Frequency.vtt	4.0 KB
4. The RC Low-Pass Filter.vtt	3.7 KB
3. What are the different types of filters .vtt	3.0 KB
9. Second-Order Low-Pass Filter.vtt	2.6 KB
10. SUMMARY.vtt	2.4 KB
8. Why do low-pass filter introduce phase shift .vtt	2.3 KB
2. What is a filter .vtt	2.3 KB
7. Visualizing Filter Response - Bode plot.vtt	2.0 KB
Total files 200