Lab 3- Arduino Nano Every, 7-segment Display, Potentiometer,
Encoder
Name: NetID:
Lab 3.1: 06/27/2023 Lab 3.2: 07/10/2023
Due Date: 7/18/2023
Statement of Purpose:
For the first part of this lab, we control the LEDs of 7-segment display using a Potentiometer.
The potentiometer operates on an analog basis and contains built-in resistors whose resistances
can be controlled by adjusting the potentiometer knob.
The second part of the lab aims to design a circuit to read and keep track of the position of the
encoder using an Arduino Nano Every.
Plan
Figure 1: Fritzing schemaic of the circuit to count from 0 up to 99 using a Potentiometer.
Figure 2: Fritzing Breadboard of the circuit to count from 0 up to 99 using a Potentiometer.
, Figure 3: Fritzing schematic of the circuit to count from 0 up to 99 using an Encoder.
Figure 4: Fritzing breadboard of the circuit to count from 0 up to 99 using an Encoder.
Parts Lists:
Arduino Nano Every
7-Segment Display
Potentiometer
Encoder
Resistors
Encoder
Name: NetID:
Lab 3.1: 06/27/2023 Lab 3.2: 07/10/2023
Due Date: 7/18/2023
Statement of Purpose:
For the first part of this lab, we control the LEDs of 7-segment display using a Potentiometer.
The potentiometer operates on an analog basis and contains built-in resistors whose resistances
can be controlled by adjusting the potentiometer knob.
The second part of the lab aims to design a circuit to read and keep track of the position of the
encoder using an Arduino Nano Every.
Plan
Figure 1: Fritzing schemaic of the circuit to count from 0 up to 99 using a Potentiometer.
Figure 2: Fritzing Breadboard of the circuit to count from 0 up to 99 using a Potentiometer.
, Figure 3: Fritzing schematic of the circuit to count from 0 up to 99 using an Encoder.
Figure 4: Fritzing breadboard of the circuit to count from 0 up to 99 using an Encoder.
Parts Lists:
Arduino Nano Every
7-Segment Display
Potentiometer
Encoder
Resistors
