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MicroController: Chapter 5 - Internel Peripheral

MicroController: Chapter 5 - Internel Peripheral

Assessment

Presentation

Physics

Vocational training

Practice Problem

Hard

Created by

Ts. Mohd Asiq Hamdi

FREE Resource

39 Slides • 26 Questions

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Open Ended

How do parallel input and output, analog to digital converters, and serial communication interfaces contribute to the overall performance of a computer system?

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Multiple Choice

Which of the following best describes the significance of internal peripherals in a computer system?

1

They enhance the core functionality and connectivity of the computer.

2

They are only used for external communication with other devices.

3

They are not essential for the operation of a computer.

4

They are mainly used for decorative purposes.

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Multiple Choice

Which of the following is NOT a learning outcome for this unit?

1

Apply the peripherals pin in microcontroller

2

Construct and program a parallel I/O application for the device

3

Construct and program the device for an ADC application

4

Design a wireless communication protocol

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Multiple Select

Which of the following are internal peripherals found in AVR microcontrollers?

1

GPIO

2

ADC

3

Serial Communication Interfaces

4

Bluetooth Module

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Open Ended

Explain the importance of interrupt controllers in real-time applications using AVR microcontrollers.

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Fill in the Blanks

Type answer...

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Open Ended

List and briefly describe any three internal peripherals commonly found in AVR microcontrollers.

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Multiple Select

Which topics will be covered in detail in this unit according to the overview?

1

GPIO (General Purpose Input/Output – Parallel Input/Output)

2

Analog-to-Digital Converter (ADC)

3

Serial Communication Interfaces

4

Timer/Counters

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Multiple Choice

Which of the following best describes parallel communication in microcontrollers?

1

It allows the simultaneous transfer of multiple bits of data between the microcontroller and external devices.

2

It sends bits one after another, bit by bit.

3

It is slower than serial communication.

4

It is ideal for long-distance communication.

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Multiple Select

Which of the following are true about parallel input and output?

1

Transfers multiple bits simultaneously between microcontroller and external devices.

2

Requires fewer physical connections than serial communication.

3

Ideal for short-distance communication.

4

Commonly used for interfacing with external devices and controlling LEDs.

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Fill in the Blanks

Type answer...

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Multiple Choice

On an Arduino board, which label indicates that a pin can read analogue voltages?

1

A0 through A5

2

D0 through D5

3

P0 through P5

4

V0 through V5

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Multiple Choice

What is the main function of an Analog-to-Digital Converter (ADC)?

1

To convert an analog signal into digital form.

2

To amplify analog signals.

3

To store digital data.

4

To convert digital signals into analog form.

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Open Ended

Explain how the resolution of an ADC affects its ability to detect different analogue levels. Use the example of a 10-bit ADC in your answer.

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Multiple Choice

Which formula is used to calculate the digital output (Dout) from an analogue input voltage (Vin) in an ADC with a 5V reference?

1

Dout = (Voltage level (V) / 5V) × 1023

2

Dout = (Digital level (V) / 1023) × 5V

3

Dout = (5V / Voltage level (V)) × 1023

4

Dout = (Vin × 1023) / 5V

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Open Ended

Explain how the resolution of an Arduino ADC is determined and why it is important for accurate measurements.

34

Fill in the Blanks

Type answer...

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Multiple Choice

Which of the following is NOT a common serial communication interface for AVR microcontrollers?

1

UART

2

SPI

3

I2C

4

PWM

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Multiple Select

Which of the following statements about serial communication in AVR microcontrollers are correct?

1

It can be asynchronous or synchronous.

2

It is used to connect microcontrollers with external devices.

3

It only supports synchronous communication.

4

It enables the exchange of data.

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Multiple Choice

Which of the following statements best describes asynchronous serial communication?

1

It uses a shared clock signal between devices.

2

It relies on start and stop bits to frame each data byte.

3

It is only used for long-distance communication.

4

It requires multiple communication lines for data transfer.

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Multiple Select

Which of the following are applications of asynchronous serial communication?

1

UART-based communication in AVR microcontrollers

2

Communication between microcontrollers and GPS modules

3

Communication between microcontrollers and high-speed memory devices

4

Connecting multiple devices on the same bus

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Fill in the Blanks

Type answer...

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Multiple Choice

Which communication protocol supports multiple devices on the same bus and is suitable for connecting sensors, EEPROMs, and real-time clocks?

1

UART

2

SPI

3

I2C

4

RS232

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Multiple Choice

Which Arduino models provide the highest number of digital interfaces according to the table?

1

Leonardo and Micro

2

Due and Mega

3

Mini and Uno

4

Yun and Leonardo

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Open Ended

What questions do you still have about internal peripherals after reviewing this chapter?

65

Multiple Choice

Which of the following topics is NOT covered in this chapter?

1

Parallel Input and Output

2

Analog to Digital Converter

3

Serial Communication Interfaces

4

Microprocessor Architecture

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