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LabVIEW (CLAD)

NI Certification NI 1

NI

NI

1

40

70%

NI

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CLAD 1. _____ 2. _____ 3. _____ 4. _____ 5. _____ 6. _____ 7. _____ 8. _____ 9. _____ 10. _____ 11. _____ 12. _____ 13. _____ 14. _____ 15. _____ 16. _____ 17. _____ 18. _____ 19. _____ 20. _____ 21. _____ 22. _____ 23. _____ 24. _____ 25. _____ 26. _____ 27. _____ 28. _____ 29. _____ 30. _____ 31. _____ 32. _____ 33. _____ 34. _____ 35. _____ 36. _____ 37. _____ 38. _____ 39. _____ 40. _____

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1. (State diagram) a. Sequence b. Case c. (Formula node) d. (OO)

2. _________ (Single-stepping)

a. Step Into

b. Step Over

c. Step Out

d. Step Through

3. (Property Node) () a. b. c. 1 d. Property Nodes Value Change

4. IV 1 subVI subVI a. (Property) b. (Method) c. (Reference) d. (Data type)

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5. VI Value Out

a. 0 b. 4 c. 5 d. 6

6. Case False (Breakpoint)

True VI

a. b.

7. (Property Node) subVI (Digital numeric)

a.

b.

c.

d.

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8.

a. Strip Chart b. Scope Chart c. Sweep Chart d. Step Chart

9. Dataflow (Paradigm)

a. (Shift Register) b. (Tunnel) c. SubVI d. (Local variable)

10. Sequence

a. Event b. For loop c. (State machine) d. While loop

11.

a. 1 1 b. 1 0 c. (Abort) d. 0

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12.

a.

b.

c.

d. 13. VI Automatic Error Handling Automatic Error Handling

SubVI subVI Error Out VI (calling VI) SubVI VI Automatic Error Handling

a. SubVI Automatic Error Handling b. SubVI Automatic Error Handling c. subVI Error Out VI (calling VI) d. subVI Error Out VI (calling VI)

14.

a. SubVI (Connector pane) b. SubVI c. (Icon)/ (Connector) SubVI d. (Functions palette) SubVI

15.

a. Semaphores b. (Queue) c. (Notifier) d. (Local variable)

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16. (Error list)

a.

b.

c.

d.

17. (Loop boundary) Auto-indexing()

a. 1 (Traverse) 1 b. c. d. (Accumulate)

18. Initialize Array

a. 1-D Array of {3, 3, 3, 3} b. 1-D Array of {4, 4, 4} c. 1-D Array of {3, 4} d. 1-D Array of {4, 3}

19. (Event) LabVIEW Event

a. b. (Property node) c. d. (Local Variable)

20. (Race condition)

a. (Functional global variable)

b. (Local Variable)

c. (Global variable)

d. (Shared variable)

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21. Shift Register Answer

a. 16 b. 24 c. 32 d. 10

22. (Subarray)

a. 1-D Array of {8, 5, 7} b. 1-D Array of {10, 8, 5} c. 1-D Array of {10, 8, 5, 7} d. 1-D Array of {7, 10, 8, 5}

23. (Document) VIShow Context Help

a. VI Properties Documentation b. Show Context Help c. (Free label) d. LabVIEW

24. For Loop

a.

b.

c.

d.

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25. (Snippet) Property Node

a. (Property Node)

b.

c.

d.

26. Wait Until Next ms Multiple

a. b. () c. () d.

27.

a. (Notifier)

b. (Queue)

c. Semaphore

d. (Local Variable)

28.

a. Cluster of Clusters b. Array of Arrays c. Cluster of Arrays d. Array of Clusters

29. Case Case Selector

a.

b. (Enumerated)

c. (String)

d.

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30. LabVIEW (Byte)

a. 9 Bytes

b. 11 Bytes

c. 13 Bytes

d. 17 Bytes

31. (Sequence local terminal) Frame 0

(Unassigned)

a.

b. Frame 1

c. Value

d.

32. Wait While Loop

a.

b. CPU

c.

d.

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33. Ring (Allowable) Enum (Unsigned)

a. b.

34. Button Increment

a. 0

b. 1

c. 2

d. 3

35. LabVIEW

a.

b.

c. Goto

d.

36. a 2b 128 VI Result

a. -128 b. 0 c. 255 d. 256

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37. VI Error Cluster a. Merge Errors b. One Button Dialog/Two Button Dialog c. Generate Front Panel Activity d. Simple Error Handler

38. 2 XY Graph

a. X,YX,Y X Y 2 b. X Y 2 2 c. X Y 2 2 d. X,YX,Y X Y

39. VI Boolean Control ( Switch Until Released )

Boolean Control FALSEResult

a. 0 b. 1 c. 2 d. 3

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40.

a. Value

b.

c. (Local variable)

d. (Functional Global Variable)

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CLAD LabVIEW 2011 Help CLAD

1. B LabVIEW Case While LoopCase Case Creating VIs from Templates, Case Structure

2. B Step Into LabVIEW subVI (Single-stepping) Step Out subVI VI Step Through Step Over Single-Stepping through a VI

3. A, B, C, D (Property Nodes) Property Nodes Property Node

4. C VI Server VI (calling VI) subVI Property Nodes Invoke Nodes Properties Methods Controlling Front Panel Objects Programmatically from a SubVI, VI Server Reference

5. C (Auto-indexing) For Loop For Loop 1 5 5 For Loop, Passing Multiple Values to the Next Loop Iteration, Using Shift Registers to Remember Iteration Values (LabVIEW 2010 )

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6. B (Breakpoint) LabVIEW Case Managing Breakpoints

7. B VI Server (Numeric representation) Property Node Property Node (C) D B Switching Between Strictly Typed and Weakly Typed Control Refnums, Property Nodes

8. A Strip chart Scope chart Sweep chart Scope chartSweep chart LabVIEW Step chart Customizing Graphs and Charts

9. D Dataflow Dataflow Block Diagram Data Flow, Local Variables, Using Local and Global Variables Carefully

10. C Sequence Run-time Case and Sequence Structures

11. C While Loop FALSE Boolean Stop if TRUE While Loop While Loop VI For Loop and While Loop Structures, While Loop

12. A LabVIEW LabVIEW

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Block Diagram Data Flow

13. D VI Automatic Error Handling subVI LabVIEW Handling Errors

14. D LabVIEW SubVI VI Edit Icon Creating a VI Icon

15. A Semaphores Synchronization VIs and Functions

16. D LabVIEW Error List Window

17. AD Auto-indexing auto-indexing For Loop and While Loop Structures, Passing Elements in an Array through a Loop, Enabling Auto-Indexing for Loops (LabVIEW 2010 )

18. A

Initialize Array Initialize Array Initialize Array Function

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19. A Event Value Change Value Change Value (Signaling) Property Node Value Property Node Available Events, Using Events in LabVIEW

20. A

(Non-reentrant) VI (Race condition) Suggestions for Using Execution Systems and Priorities

21. C

For Loop 5 1 2 5 1x2x2x2x2x2 (25) 32 Passing Multiple Values to the Next Loop Iteration, Using Shift Registers to Remember Iteration Values (LabVIEW 2010 )

22. C

Array Subset 3 ( 10) 4 4 {10, 8, 5, 7}. Array Subset Function

23. A

VI Properties Context Help VI VI Description Property, Documentation Page (VI Properties Dialog Box)

24. D

For Loop Count For Loop

25. C

(Property Nodes) Property Node Property Nodes Block Diagram Data Flow, Using Local and Global Variables Carefully

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26. A BD Wait Until Next ms Multiple C Wait (ms) Wait Until Next ms Multiple Function

27. B

Semaphores C (Notifier) A 2 D FIFO Synchronization VIs and Functions

28. B

Changing Array Dimensions

29. A

Case Case Selector Scalar Value Creating Case Structures

30. D

File I/O LabVIEW 1 4-byte 2 8 8 1 9 17 Flattened Data, Creating Binary Files, How LabVIEW Stores Data in Memory

31. B

Sequence Frame 1 Sequence local Frame zero Frame zero Adding and Removing Sequence Local Terminals

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32. C /Wait (ms) VI Wait (ms) Function

33. A

Rings Enums Ring Constant, Enum Constant

34. C

Event Event 2 Button Mouse Down Mouse Down 2 Event 2 2 Using Events in LabVIEW, Mouse Down Event

35. B

LabVIEW VI Block Diagram Data Flow

36. B 8 8 0 ~ 255 2 128 256 8 1 0 Numeric Data Types Table, Numeric Conversion

37. D

Merge Errors One/Two Button Dialog 2 Generate Front Panel Activity VI Simple Error Handler Handling Errors, Simple Error Handler VI

38. B

XY 2 1 X/Y XY 1 XY Graphs

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39. C Boolean Switch Until Released 2 FALSE to TRUE TRUE to FALSE (Latch) (Reset) Changing the Mechanical Action of a Boolean Object, Value Change Event, Using Events with Latched Boolean Controls

40. B

LabVIEW Dataflow Block Diagram Data Flow, Using Local and Global Variables Carefully