ECT 109 All Assignments

ECT 109 Week 1 iLab 1 Converting binary numbers to decimal Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-1-ilab-1-converting-binary-numbers-to-decimal Title: Converting binary numbers to decimal I.OBJECTIVES In this lab, you will develop an algorithm to convert binary numbers to decimal numbers. Then, apply the algorithm to several binary numbers to obtain their decimal equivalent. II. PROCEDURE The process of converting a four bit binary number to its decimal equivalent is demonstrated in the following steps. ECT 109 Week 1 iLab 2 Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-1-ilab-2 Converting decimal numbers to binary I.OBJECTIVES In this lab, you will develop an algorithm to convert decimal numbers to binary numbers. Then, apply the algorithm to several decimal numbers to obtain their binary equivalent. ECT 109 Week 1 iLab 3 Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-1-ilab-3 Number systems I.OBJECTIVES In this lab, you will convert between binary numbers, decimal numbers, and hexadecimal numbers. ECT 109 Week 2 iLab 1 Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-2-ilab-1 Title: Understanding LabVIEW basic components ECT 109 Week 2 iLab 2 Building a basic Virtual Instrument Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-2-ilab-2-building-a-basic-virtual-instrument Title: Building a basic Virtual Instrument (VI) using LabVIEW I.OBJECTIVES This lab demonstrates the use of the Getting Started screen to start a Blank VI and create the front panel and block diagram windows. Pull-down menu tools, controls, and functions palettes are utilized to populate a VI’s front panel window with basic numeric controls and indicators. Proper procedures are used to program the VI using the block diagram’s nodes, terminals and wires to perform the following ECT 109 Week 3 iLab 1 Understanding LabVIEW Basic Components Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-3-ilab-1-understanding-labview-basic-components ECT 109 ECT/109 ECT 109 Week 3 iLab 1 Understanding LabVIEW Basic Components ECT 109 Week 3 iLab 3 Converting Decimal Numbers to Binary Numbers Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-3-ilab-3-converting-decimal-numbers-to-binary-numbers ECT 109 ECT/109 ECT 109 Week 3 iLab 3 Converting Decimal Numbers to Binary Numbers ECT 109 Week 4 iLab Understanding basic LabVIEW’s Arithmetic, Comparison, and Boolean functions Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-4-ilab-understanding-basic-labview’s-arithmetic,-comparison,-and-boolean-functions ECT 109 ECT/109 ECT 109 Week 4 iLab Understanding basic LabVIEW’s Arithmetic, Comparison, and Boolean functions ECT 109 Week 5 iLab 1 LabVIEWs For and While structures Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-5-ilab-1-labviews-for-and-while-structures Title: LabVIEWs For and While structures I.OBJECTIVES This lab identifies the operations of the For and While structures and introduces the timing functions used in LabVIEW. II. PROCEDURE 1.For loops and While loops control _____ operations until a specified number of iterations complete. ECT 109 Week 6 iLab 2 Using LabVIEW’s Case Structure Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-6-ilab-2-using-labview’s-case-structure Title: Using LabVIEW’s Case Structure I.OBJECTIVES Create a LabVIEW VI that utilizes the case structure to multiply or divide two values. II.DESCRIPTION When the multiply switch is ON and the divide switch is OFF, Input1 and Input2 are multiplied together and displayed on the results indicator. When the multiply switch is OFF and divide switch is ON, Input1 is divided by Input2 and displayed. Any other switch positions will display a zero on results ECT 109 Week 1 Homework Click Below Link To Purchase www.foxtutor.com/product/ect-109-week-1-homework 1. (TCO 1) Identify the logic gate 2. (TCO 1) Identify the logic gate 3. (TCO 1) Identify the logic gate 4. (TCO 1)Which output waveform would be produced if input A and input B were the inputs to an AND gate? 5. (TCO 1) Which output waveform would be produced if input A and input B were the inputs to an XOR gate? 6. (TCO 1) Which output waveform would be produced if input A and input B were the inputs to a NOR gate? 7. (TCO 1) Which output waveform would be produced if input A and input B were the inputs to a NAND gate? 8. (TCO 1) Which output waveform would be produced if input A and input B were the inputs to an OR gate? 9. (TCO 1) Which output waveform would be produced if input A and input B were the inputs to an XNOR gate? 10. (TCO 1) Which output waveform would be produced if one of the inputs (either A or B) was the input to a NOT gate? 11. (TCO 1) Determine the Boolean expression for the gate below 12. (TCO 1) Determine the Boolean expression for the gate below 13. (TCO 1) Determine the VHDL assignment statement for the gate below. 14. (TCO 1) Determine the VHDL assignment statement for the gate below 15. (TCO 1) Determine the VHDL assignment statement for the gate below. 16. (TCO 1) For the Boolean expression below, determine the correct truth table 17. (TCO 1) For the circuit below, determine the correct truth table 18. (TCO 1) For the VHDL assignment statement below, determine the correct truth table. 19. (TCO 1) Examine the gates below with the measured inputs and outputs. Determine which gate, if any, contains a fault. 20. (TCO 1) Examine the gates below with the measured inputs and outputs. Determine which gate, if any, contains a fault. 21. (TCO 1) For the truth table below, determine the VHDL assignment statement. 22. (TCO 1) For the truth table below, determine the Boolean expression.