# ECT 274 Week 1 iLab Latest Work

ECT 274 Week 1 iLab Latest Work

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ECT 274 Week 1 iLab Latest Work

Title: Creating SubVIs
I.OBJECTIVES
In this lab, you will build SubVIs by using a selection of components from an existing VI. The VI will calculate the total resistance, current, and power of a two-resistor series circuit.

# ECT 274 Week 1 Quiz Latest Work

ECT 274 Week 1 Quiz Latest Work

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ECT 274 Week 1 Quiz Latest Work

1. (TCO 1) The VI block diagram shown below manipulates numeric values. You are asked to add an indicator to display output value with two digits of precision. Which data type should you use for the indicator?

2. (TCO 1) The VI block diagram shown below manipulates numeric values. Given that input X is 5, which will be displayed on the indicator?

3. (TCO 1) The VI block diagram shown below manipulates numeric values. Given that input X is 6 and Y is 7, what will be displayed on the indicator?

4. (TCO 1) The VI block diagram shown below manipulates numeric values. Given that input X is 5.5 and Y is 8.5, which will be displayed on the indicator?

5. (TCO 1) Given the code snippet below, which does the red dot indicate?

6. (TCO 1) Given the VI diagram below with input X = 5, which will be displayed on display Y after the VI is run?

7. (TCO 1) Given the VI diagram below with input X = 5, which will be displayed on display Y after the VI is run?

8. (TCO 1) Given the VI diagram below with input X = 5, which will be displayed on display Y after the VI is run?

9. (TCO 1) Given the VI diagram below with input X = 5, which will be displayed on display Y after the VI is ran?

10. (TCO 1) Given the VI diagram below with input X = 5, which will be displayed on display Y after the VI is run?

# ECT 274 Week 3 iLab Binary Modulus Counters Latest Work

ECT 274 Week 3 iLab Binary Modulus Counters Latest Work

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ECT 274 Week 3 iLab Binary Modulus Counters Latest Work

I.OBJECTIVES

In this lab, you will create a binary MOD-10 up-counter ARM project.
II.DESCRIPTION

A MOD-10 counter has 10 states. For this lab, the count sequence will start at state zero and count to state nine. The count sequence will be displayed on the LEDs and on the OLED display. The VI utilizes the ReadWriteIOBoard SubVI located in the C:\DEVRY\IOBOARD folder to output the binary number to the LEDs.

# ECT 274 Week 3 Quiz Latest Work

ECT 274 Week 3 Quiz Latest Work

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ECT 274 Week 3 Quiz Latest Work

1. (TCO 3) In the VI block diagram shown below, control X = 8, control Z = 0, and control Y = 1,000. Which will be displayed on the indicator T?

2. (TCO 3) In the VI block diagram shown below, control X = 6, control Z = 2, and control Y = 1,000. Which will be displayed on the indicator T?

3. (TCO 3) In the VI block diagram shown below, control X = 6, control Z = 3, and control Y = 1,000. Which will be displayed on the indicator T?

4. (TCO 3) In the VI block diagram shown below, control X = 7, control Z = 1, and control Y = 10. Which will be displayed on the indicator T?

5. (TCO 3) In the VI block diagram shown below, control X = 7, control Z = 1, and control Y = 100. Which will be displayed on the indicator V?

6. (TCO 3) In the VI block diagram shown below, control X = 7, control Z = 1, and control Y = 100. Which will be displayed on the indicator V?

7. (TCO 3) In the VI block diagram shown below, control X = 7, control Z = 1, and control Y = 10. Which will be displayed on the indicator V?

8. (TCO 1) The VI block diagram shown below manipulates numeric values. Given that input X is 5.00 and Y is 7.00, which will be displayed on the indicator T?

9. (TCO 1) Given the VI diagram below with input X = 6, which will be displayed on display Y after the VI is run?

10. (TCO 2) Given the VI diagram of an ARM I/O board driver, which need to be entered at “Board Component”, “Operation”, and “Data To Board” in order to turn off all LEDs?

# ECT 274 Week 4 Quiz Latest Work

ECT 274 Week 4 Quiz Latest Work

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ECT 274 Week 4 Quiz Latest Work

1. (TCO 4) Which is an example of an analog quantity?

2. (TCO 4) Which is the step size of an 8-bit analog-to-digital converter with a reference voltage of 4 V?

3. (TCO 4) Which is the step size of a 12-bit analog-to-digital converter with a reference voltage of 3 V?

4. (TCO 4) Which data converter provides the most precise representation, given the same reference voltage for each?

5. (TCO 4) An 8-bit analog-to-digital converter has a reference voltage of 2 V. If the input is 1 V, which is the expected digital output (from MSB to LSB)?

6. (TCO 4) An 8-bit analog-to-digital converter has a reference voltage of 4 V. If the input is 1 V, which is the expected digital output (from MSB to LSB)?

7. (TCO 4) A 12-bit analog-to-digital converter has a reference voltage of 10 V. If the input is 2.2 V, which is the expected digital output (from MSB to LSB)?

8. (TCO 4) An 8-bit analog-to-digital converter has a reference voltage of 10 V and an output of 1100 0000. Which is the analog input voltage?

9. (TCO 4) A 16-bit analog-to-digital converter has a reference voltage of 2 V and an output of 0100 0000 0000 1000. Which is the analog input voltage?

10. (TCO 4) Which is the number of bits in an analog-to-digital converter?

# ECT 274 Week 5 Quiz Latest Work

ECT 274 Week 5 Quiz Latest Work

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ECT 274 Week 5 Quiz Latest Work

1. (TCO 5) Which does monotonicity mean, in respect to digital-to-analog converters?

2. (TCO 4) Which is the step size of an 8-bit digital-to-analog converter with a reference voltage of 3.3 V?

3. (TCO 4) Which is the step size of a 12-bit digital-to-analog converter with a reference voltage of 4 V?

4. (TCO 4) A device that converts a physical quantity, such as temperature or pressure, into an electrical quantity is known as a(n)

5. (TCO 4) An 8-bit digital-to-analog converter has a reference voltage of 4 V. If the output is 200 mV, which is the expected digital input (from MSB to LSB)?

6. (TCO 4) An 8-bit digital-to-analog converter has a reference voltage of 2.5 V. If the output is 1 V, which is the expected digital input (from MSB to LSB)?

7. (TCO 4) A 12-bit digital-to-analog converter has a reference voltage of 3 V. If the output is 2.2 V, which is the expected digital input (from MSB to LSB)?

8. (TCO 4) An 8-bit digital-to-analog converter has a reference voltage of 1 V and an input of 0100 0000. Which is the analog output voltage?

9. (TCO 4) A 16-bit digital-to-analog converter has a reference voltage of 2 V and an input of 0100 0000 0001 0000. Which is the analog output voltage?

10. (TCO 4) How many digital representations can be input to an 8-bit digital-to-analog converter?