Biasing transistors with current sources (29-Transistors)
Aaron Danner
Biasing transistors with current sources (29-Transistors)
12:44
Not Mysterious at All: Common Gate Amplifiers (28-Transistors)
Aaron Danner
Not Mysterious at All: Common Gate Amplifiers (28-Transistors)
33:18
Find the Gain: Common Drain Amplifiers (27-Transistors)
Aaron Danner
Find the Gain: Common Drain Amplifiers (27-Transistors)
16:33
Everything Explained: Common Source Amplifiers (26-Transistors)
Aaron Danner
Everything Explained: Common Source Amplifiers (26-Transistors)
41:43
Introduction to MOSFETs (25-Transistors)
Aaron Danner
Introduction to MOSFETs (25-Transistors)
25:48
Introduction to Current Mirrors (24-Transistors)
Aaron Danner
Introduction to Current Mirrors (24-Transistors)
8:51
Differential Amplifiers with Transistors (23-Transistors)
Aaron Danner
Differential Amplifiers with Transistors (23-Transistors)
32:12
Common Base Amplifiers (15-Transistors)
Aaron Danner
Common Base Amplifiers (15-Transistors)
31:49
Common Emitter Gain Basics (10-Transistors)
Aaron Danner
Common Emitter Gain Basics (10-Transistors)
33:29
Darlington Configuration (22-Transistors)
Aaron Danner
Darlington Configuration (22-Transistors)
9:47
PNP Amplifier Examples (21-Transistors)
Aaron Danner
PNP Amplifier Examples (21-Transistors)
35:00
Introduction to PNP transistors (20-Transistors)
Aaron Danner
Introduction to PNP transistors (20-Transistors)
20:03
Load Line Method with Transistors (19-Transistors)
Aaron Danner
Load Line Method with Transistors (19-Transistors)
20:35
High gain, but not easy to control (18-Transistors)
Aaron Danner
High gain, but not easy to control (18-Transistors)
5:23
Cascode Amplifiers (17-Transistors)
Aaron Danner
Cascode Amplifiers (17-Transistors)
29:12
Miller Effect (16-Transistors)
Aaron Danner
Miller Effect (16-Transistors)
14:57
All About Common Emitter Amplifiers (14-Transistors)
Aaron Danner
All About Common Emitter Amplifiers (14-Transistors)
31:08
All About Common Collector Amplifiers (13-Transistors)
Aaron Danner
All About Common Collector Amplifiers (13-Transistors)
26:28
Common Emitter Examples (12-Transistors)
Aaron Danner
Common Emitter Examples (12-Transistors)
28:15
Design a Phase Shift Oscillator (4 - Oscillators)
Aaron Danner
Design a Phase Shift Oscillator (4 - Oscillators)
9:52
Impedance Reflection (11-Transistors)
Aaron Danner
Impedance Reflection (11-Transistors)
25:23
Welcome to The Future
Aaron Danner
Welcome to The Future
6:06
Gain in a common collector amplifier (9-Transistors)
Aaron Danner
Gain in a common collector amplifier (9-Transistors)
14:23
Transistor Biasing: How to combine AC and DC signals in amplifiers (8-Transistors)
Aaron Danner
Transistor Biasing: How to combine AC and DC signals in amplifiers (8-Transistors)
8:49
Example Problems: Identify the mode (7-Transistors)
Aaron Danner
Example Problems: Identify the mode (7-Transistors)
13:15
Modes of a bipolar transistor (6-Transistors)
Aaron Danner
Modes of a bipolar transistor (6-Transistors)
12:46
Why can you treat a power supply like an AC ground? (5-Transistors)
Aaron Danner
Why can you treat a power supply like an AC ground? (5-Transistors)
5:02
Simple bipolar circuits: Cut-off and beta (4-Transistors)
Aaron Danner
Simple bipolar circuits: Cut-off and beta (4-Transistors)
8:09
When to use a common collector amplifier (3-Transistors)
Aaron Danner
When to use a common collector amplifier (3-Transistors)
8:16
Designing Passive Butterworth Filters (10 - Passive Filters)
Aaron Danner
Designing Passive Butterworth Filters (10 - Passive Filters)
13:53
Transistor amplifier configurations (2-Transistors)
Aaron Danner
Transistor amplifier configurations (2-Transistors)
13:01
Transistors for Beginners (1-Transistors)
Aaron Danner
Transistors for Beginners (1-Transistors)
9:24
Voltage regulator short circuit protection (7 - Regulators)
Aaron Danner
Voltage regulator short circuit protection (7 - Regulators)
11:48
Voltage regulator with negative feedback (5 - Regulators)
Aaron Danner
Voltage regulator with negative feedback (5 - Regulators)
5:40
Fully Explained Voltage Regulator Designs (6 - Regulators)
Aaron Danner
Fully Explained Voltage Regulator Designs (6 - Regulators)
12:23
Series Voltage Regulator (4 - Regulators)
Aaron Danner
Series Voltage Regulator (4 - Regulators)
8:16
Line and load regulation (3 - Regulators)
Aaron Danner
Line and load regulation (3 - Regulators)
3:49
How to use a zener diode (2 - Regulators)
Aaron Danner
How to use a zener diode (2 - Regulators)
15:02
What does a voltage regulator do? (1 - Regulators)
Aaron Danner
What does a voltage regulator do? (1 - Regulators)
6:02
Signal to noise ratio (Amplifiers #15)
Aaron Danner
Signal to noise ratio (Amplifiers #15)
1:00
Shot Noise in Amplifiers (Amplifiers #14)
Aaron Danner
Shot Noise in Amplifiers (Amplifiers #14)
9:33
Introduction to Johnson-Nyquist Noise (Amplifiers #13)
Aaron Danner
Introduction to Johnson-Nyquist Noise (Amplifiers #13)
11:50
Japanese Circuit Breaker Box (36 - Electricity Distribution)
Aaron Danner
Japanese Circuit Breaker Box (36 - Electricity Distribution)
1:00
Noise and its weird units of V per sqrt Hz (Amplifiers #12)
Aaron Danner
Noise and its weird units of V per sqrt Hz (Amplifiers #12)
8:02
Types of Noise in Amplifiers (Amplifiers #11)
Aaron Danner
Types of Noise in Amplifiers (Amplifiers #11)
9:39
Summing Amplifier Explained (Amplifiers #10)
Aaron Danner
Summing Amplifier Explained (Amplifiers #10)
5:46
Input Bias Current in Op-Amps (Amplifiers #9)
Aaron Danner
Input Bias Current in Op-Amps (Amplifiers #9)
7:48
Offset voltage in op-amps (Amplifiers #8)
Aaron Danner
Offset voltage in op-amps (Amplifiers #8)
16:25
Instrumentation Amplifiers Explained (Amplifiers #7)
Aaron Danner
Instrumentation Amplifiers Explained (Amplifiers #7)
9:34
Differential Amplifier Design (Amplifiers #6)
Aaron Danner
Differential Amplifier Design (Amplifiers #6)
11:37
Common Mode Gain and Differential Gain (Amplifiers #5)
Aaron Danner
Common Mode Gain and Differential Gain (Amplifiers #5)
9:14
Signal Differentiator and Integrator (Amplifiers #4)
Aaron Danner
Signal Differentiator and Integrator (Amplifiers #4)
2:45
Let's build an amplifier using an op-amp (Amplifiers #3)
Aaron Danner
Let's build an amplifier using an op-amp (Amplifiers #3)
6:31
Introduction to Op-Amps (Amplifiers #2)
Aaron Danner
Introduction to Op-Amps (Amplifiers #2)
9:51
Introduction to Voltage Amplifiers (Amplifiers #1)
Aaron Danner
Introduction to Voltage Amplifiers (Amplifiers #1)
6:40
Example problems for 1-pole filters with design freedom (4 - Passive Filters)
Aaron Danner
Example problems for 1-pole filters with design freedom (4 - Passive Filters)
6:45
Shunt-Series feedback example with transistor amplifier (6 - Feedback)
Aaron Danner
Shunt-Series feedback example with transistor amplifier (6 - Feedback)
7:16
Quadrature Oscillator and Barkhausen Criterion (1 - Feedback)
Aaron Danner
Quadrature Oscillator and Barkhausen Criterion (1 - Feedback)
8:47
Detailed Shunt-Shunt Feedback Example (5 - Feedback)
Aaron Danner
Detailed Shunt-Shunt Feedback Example (5 - Feedback)
10:08
Negative Feedback Example Problems (4 - Feedback)
Aaron Danner
Negative Feedback Example Problems (4 - Feedback)
8:19
Types of Negative Feedback (3 - Feedback)
Aaron Danner
Types of Negative Feedback (3 - Feedback)
7:10
Introduction to negative feedback in circuits (2 - Feedback)
Aaron Danner
Introduction to negative feedback in circuits (2 - Feedback)
8:19
How to modulate a carrier wave with audio (10 - Oscillators)
Aaron Danner
How to modulate a carrier wave with audio (10 - Oscillators)
9:35
Hartley Oscillator with Programmable Frequency (9 - Oscillators)
Aaron Danner
Hartley Oscillator with Programmable Frequency (9 - Oscillators)
5:48
Demonstration and Discussion of Colpitts Oscillator (8 - Oscillators)
Aaron Danner
Demonstration and Discussion of Colpitts Oscillator (8 - Oscillators)
5:34
Colpitts Oscillator Circuit Analysis (7 - Oscillators)
Aaron Danner
Colpitts Oscillator Circuit Analysis (7 - Oscillators)
11:05
Audio oscillator with tunable frequency (6 - Oscillators)
Aaron Danner
Audio oscillator with tunable frequency (6 - Oscillators)
7:26
Tell at a glance if a circuit will oscillate (5 - Oscillators)
Aaron Danner
Tell at a glance if a circuit will oscillate (5 - Oscillators)
3:45
Let's build and test a Wien-Bridge oscillator (3 - Oscillators)
Aaron Danner
Let's build and test a Wien-Bridge oscillator (3 - Oscillators)
6:20
All about Wien Bridge oscillators (2 - Oscillators)
Aaron Danner
All about Wien Bridge oscillators (2 - Oscillators)
10:08
Let's build a sinewave generator (1 - Oscillators)
Aaron Danner
Let's build a sinewave generator (1 - Oscillators)
7:17
Butterworth Filter Design Examples (14 - Passive Filters)
Aaron Danner
Butterworth Filter Design Examples (14 - Passive Filters)
5:41
Detailed L-section impedance matching example (13 - Passive Filters)
Aaron Danner
Detailed L-section impedance matching example (13 - Passive Filters)
4:50
2-pole filter example problems (12 - Passive Filters)
Aaron Danner
2-pole filter example problems (12 - Passive Filters)
12:06
Impedance matching in filter circuits (11 - Passive Filters)
Aaron Danner
Impedance matching in filter circuits (11 - Passive Filters)
6:23
Why do you need a filter with lots of poles? (9 - Passive Filters)
Aaron Danner
Why do you need a filter with lots of poles? (9 - Passive Filters)
14:47
All about 2-pole RLC passive filters (7 - Passive Filters)
Aaron Danner
All about 2-pole RLC passive filters (7 - Passive Filters)
14:12
1-pole low pass passive filter examples (6 - Passive Filters)
Aaron Danner
1-pole low pass passive filter examples (6 - Passive Filters)
7:42
Introduction to buffers in circuits (5 - Passive Filters)
Aaron Danner
Introduction to buffers in circuits (5 - Passive Filters)
5:15
Choose the right capacitor in an RC filter (3 - Passive Filters)
Aaron Danner
Choose the right capacitor in an RC filter (3 - Passive Filters)
4:21
Bode plots with one pole filters (2 - Passive Filters)
Aaron Danner
Bode plots with one pole filters (2 - Passive Filters)
13:57
Introduction to passive filters (1 - Passive Filters)
Aaron Danner
Introduction to passive filters (1 - Passive Filters)
11:51
All about the quality factor Q in circuits (8 - Passive Filters)
Aaron Danner
All about the quality factor Q in circuits (8 - Passive Filters)
16:02
Delyiannis-Friend filters (6 - Active Filters)
Aaron Danner
Delyiannis-Friend filters (6 - Active Filters)
4:16
Bandpass active filters with Sallen-Key circuits (5 - Active Filters)
Aaron Danner
Bandpass active filters with Sallen-Key circuits (5 - Active Filters)
8:41
Active High Pass Filters (4 - Active Filters)
Aaron Danner
Active High Pass Filters (4 - Active Filters)
4:46
Active Low-Pass Filter Example Problem (3 - Active Filters)
Aaron Danner
Active Low-Pass Filter Example Problem (3 - Active Filters)
5:40
How to design active filters using Sallen Key circuits (2 - Active Filters)
Aaron Danner
How to design active filters using Sallen Key circuits (2 - Active Filters)
4:15
Introduction to Active Filters (1 - Active Filters)
Aaron Danner
Introduction to Active Filters (1 - Active Filters)
4:09
Why do crystal radios need high impedance headphones? (10-Analog Electronics)
Aaron Danner
Why do crystal radios need high impedance headphones? (10-Analog Electronics)
3:06
Tuning methods in a crystal radio (9-Analog Electronics)
Aaron Danner
Tuning methods in a crystal radio (9-Analog Electronics)
7:06
Crystal radio circuit analysis/diode demodulation (8-Analog Electronics)
Aaron Danner
Crystal radio circuit analysis/diode demodulation (8-Analog Electronics)
5:56
A very simple AM radio receiver (7-Analog Electronics)
Aaron Danner
A very simple AM radio receiver (7-Analog Electronics)
4:40
Spark Gap Transmitter Circuit Discussion (6-Analog Electronics)
Aaron Danner
Spark Gap Transmitter Circuit Discussion (6-Analog Electronics)
4:22
How does a spark gap transmitter sound? (5-Analog Electronics)
Aaron Danner
How does a spark gap transmitter sound? (5-Analog Electronics)
3:32
Marconi Spark Gap Transmitter (4-Analog Electronics)
Aaron Danner
Marconi Spark Gap Transmitter (4-Analog Electronics)
6:00
Introduction to Spark Gap Transmitters (3-Analog Electronics)
Aaron Danner
Introduction to Spark Gap Transmitters (3-Analog Electronics)
5:49
Add a TANK CIRCUIT to a basic radio transmitter (2-Analog Electronics)
Aaron Danner
Add a TANK CIRCUIT to a basic radio transmitter (2-Analog Electronics)
8:19
Let's build a VERY SIMPLE radio transmitter (1-Analog Electronics)
Aaron Danner
Let's build a VERY SIMPLE radio transmitter (1-Analog Electronics)
9:28
Identify equipment in a substation (35 - Electricity Distribution)
Aaron Danner
Identify equipment in a substation (35 - Electricity Distribution)
10:59