Principles of basic electronic circuits

Principles of basic electronic circuits

2:37

What you should know

1:51

Using the exercise files

2:48

Safety warnings

1:01

Principles of basic electronic circuits

2:37

What you should know

1:51

Using the exercise files

2:48

Safety warnings

1:01

Read electrical schematics

6:25

Build circuits on breadboards

7:47

Read electrical schematics

6:25

Build circuits on breadboards

7:47

Types of resistors

5:36

Resistor characteristics

6:19

Read resistor color codes

5:05

Measure resistance

4:04

Types of resistors

5:36

Resistor characteristics

6:19

Read resistor color codes

5:05

Measure resistance

4:04

Resistors in series

4:50

Voltage dividers

3:11

Shift voltage levels

5:52

Measure resistive sensors

4:30

Potentiometers

3:15

Resistors in parallel

5:26

Kirchhoff's circuit laws

5:36

Wheatstone Bridge

5:52

Challenge: Light activated switch

3:37

Solution: Challenge: Light activated switch

4:56

Resistors in series

4:50

Voltage dividers

3:11

Shift voltage levels

5:52

Measure resistive sensors

4:30

Potentiometers

3:15

Resistors in parallel

5:26

Kirchhoff's circuit laws

5:36

Wheatstone Bridge

5:52

Challenge: Light activated switch

3:37

Solution: Challenge: Light activated switch

4:56

What is an oscilloscope?

4:02

Measure a signal

4:28

Oscilloscope display settings

4:53

Oscilloscope trigger settings

7:52

What is an oscilloscope?

4:02

Measure a signal

4:28

Oscilloscope display settings

4:53

Oscilloscope trigger settings

7:52

What is a capacitor?

5:26

Types of capacitors

4:12

Read capacitor values

4:21

Capacitor characteristics

3:48

Capacitors in parallel

2:01

Capacitors in series

4:53

RC circuits

7:52

Challenge: Camera flash

3:42

Solution: Camera flash

3:23

What is a capacitor?

5:26

Types of capacitors

4:12

Read capacitor values

4:21

Capacitor characteristics

3:48

Capacitors in parallel

2:01

Capacitors in series

4:53

RC circuits

7:52

Challenge: Camera flash

3:42

Solution: Camera flash

3:23

Alternating current vs. direct current

4:58

Sine wave characteristics

5:14

Measure AC voltage

5:12

Alternating current vs. direct current

4:58

Sine wave characteristics

5:14

Measure AC voltage

5:12

Frequency domain

4:22

Bandwidth and square waves

5:34

Signal sources

4:57

Frequency domain

4:22

Bandwidth and square waves

5:34

Signal sources

4:57

Impedance

8:18

Filter frequency response

7:00

Logarithmic scale

5:20

Decibels

9:02

RC low pass filter

8:14

Decoupling capacitors

5:34

RC high pass filter

5:48

Impedance matching and bridging

6:38

Challenge: Filter audio

1:24

Solution: Filter audio

4:12

Impedance

8:18

Filter frequency response

7:00

Logarithmic scale

5:20

Decibels

9:02

RC low pass filter

8:14

Decoupling capacitors

5:34

RC high pass filter

5:48

Impedance matching and bridging

6:38

Challenge: Filter audio

1:24

Solution: Filter audio

4:12

Inductance

5:57

What is an inductor?

4:08

Types of inductors

3:43

L/R response

5:39

Capacitors vs. inductors

6:48

Inductance

5:57

What is an inductor?

4:08

Types of inductors

3:43

L/R response

5:39

Capacitors vs. inductors

6:48

Continue to learn more on electronics

1:45

Continue to learn more on electronics

1:45