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Lesson 03 - Microcontroller
Introduction to Computer Science and Engineering
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Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Instructor
Jerry, William
Description
- GND, VCC, 5V (Voltage input / working voltage)
- Digital signals vs analog signals (difference; applications)
- Other useful pins (Tx Rx —> i2c communication)
- How to connect arduino to a sensor (using tinkercad is an option)
- V = IR (Electricity)
- Foundation of Electronics (relationship)
- 1. Current → 200mA (Arduino)
- 2. Voltage → 5V (Arduino)
- 3. Resistance → resistor color code
Login to enjoy the full experience.
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Instructor
Jerry, William
Description
- GND, VCC, 5V (Voltage input / working voltage)
- Digital signals vs analog signals (difference; applications)
- Other useful pins (Tx Rx —> i2c communication)
- How to connect arduino to a sensor (using tinkercad is an option)
- V = IR (Electricity)
- Foundation of Electronics (relationship)
- 1. Current → 200mA (Arduino)
- 2. Voltage → 5V (Arduino)
- 3. Resistance → resistor color code
Login to enjoy the full experience.
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Instructor
Jerry, William
Description
- GND, VCC, 5V (Voltage input / working voltage)
- Digital signals vs analog signals (difference; applications)
- Other useful pins (Tx Rx —> i2c communication)
- How to connect arduino to a sensor (using tinkercad is an option)
- V = IR (Electricity)
- Foundation of Electronics (relationship)
- 1. Current → 200mA (Arduino)
- 2. Voltage → 5V (Arduino)
- 3. Resistance → resistor color code
Login to enjoy the full experience.
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Instructor
Jerry, William
Description
- GND, VCC, 5V (Voltage input / working voltage)
- Digital signals vs analog signals (difference; applications)
- Other useful pins (Tx Rx —> i2c communication)
- How to connect arduino to a sensor (using tinkercad is an option)
- V = IR (Electricity)
- Foundation of Electronics (relationship)
- 1. Current → 200mA (Arduino)
- 2. Voltage → 5V (Arduino)
- 3. Resistance → resistor color code
Problem Set
Coming Soon!
Login to enjoy the full experience.
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Instructor
Jerry, William
Description
- GND, VCC, 5V (Voltage input / working voltage)
- Digital signals vs analog signals (difference; applications)
- Other useful pins (Tx Rx —> i2c communication)
- How to connect arduino to a sensor (using tinkercad is an option)
- V = IR (Electricity)
- Foundation of Electronics (relationship)
- 1. Current → 200mA (Arduino)
- 2. Voltage → 5V (Arduino)
- 3. Resistance → resistor color code
Problem Set
Coming Soon!
Login to enjoy the full experience.
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Instructor
Jerry, William
Description
- GND, VCC, 5V (Voltage input / working voltage)
- Digital signals vs analog signals (difference; applications)
- Other useful pins (Tx Rx —> i2c communication)
- How to connect arduino to a sensor (using tinkercad is an option)
- V = IR (Electricity)
- Foundation of Electronics (relationship)
- 1. Current → 200mA (Arduino)
- 2. Voltage → 5V (Arduino)
- 3. Resistance → resistor color code
Problem Set
Coming Soon!
Login to enjoy the full experience.
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Instructor
Jerry, William
Description
- GND, VCC, 5V (Voltage input / working voltage)
- Digital signals vs analog signals (difference; applications)
- Other useful pins (Tx Rx —> i2c communication)
- How to connect arduino to a sensor (using tinkercad is an option)
- V = IR (Electricity)
- Foundation of Electronics (relationship)
- 1. Current → 200mA (Arduino)
- 2. Voltage → 5V (Arduino)
- 3. Resistance → resistor color code
Problem Set
Coming Soon!
Login to enjoy the full experience.
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Perks
- Quiz time
- Problem sets
- Mark your own progress
- Awarded with a certificate upon course completetion
Instructor
Jerry, William
Description
- GND, VCC, 5V (Voltage input / working voltage)
- Digital signals vs analog signals (difference; applications)
- Other useful pins (Tx Rx —> i2c communication)
- How to connect arduino to a sensor (using tinkercad is an option)
- V = IR (Electricity)
- Foundation of Electronics (relationship)
- 1. Current → 200mA (Arduino)
- 2. Voltage → 5V (Arduino)
- 3. Resistance → resistor color code
Problem Set
Coming Soon!
