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    4. EXPERIMENT USING FORMULA

    NODE AND MATHSCRIPT NODE.

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    AIM

    To design a virtual instrument to perform a particular function using formula node.

    SOFTWARE USED

    LabVIEW software version 8.2

    TOOLS REQUIRED

    CONTROL PALETTE

    1.Numeric control

    2. Numeric indicator

    FUNCTION PALETTE

    1.

    Formula Node

    PROCEDURE

    Open the LabVIEW Environment.

    Front Panel>> Modern>> Numeric>> Numeric Control, Numeric Indicator

    Block Diagram>> Right Click>> Mathematics>> Scripts &Formulas >> Formula

    Node. Right Click on the borders of the Formula Node to add input and output.

    Write the program inside the formula node.

    Connect the controls, indicators and the node using wires.

    Save and run the VI.

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    EX.NO.4aEXPERIMENT USING FORMULA NODE.

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    OUTPUT

    FRONT PANEL

    BLOCK DIAGRAM

    RESULT

    Thus a program to design a virtual instrument using Formula Node was

    performed.

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    EX.NO.4b EXPERIMENT USING MATHSCRIPT NODE.

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    AIM

    To design a virtual instrument to perform a particular function using Mathscript Node.

    SOFTWARE USED

    LabVIEW software version 8.2

    TOOLS USED

    CONTROL PALETTE

    1. Numeric control

    2. Waveform Graph

    FUNCTION PALETTE

    1. Mathscript Node

    PROCEDURE

    Open the LabVIEW Environment.

    Front Panel>> Right Click>> Modern>> Numeric>> Numeric Control.

    Front Panel>> Right Click>> Modern>>Graph>>Waveform Graph.

    Block Diagram>> Right Click>> Mathematics>> Scripts &Formulas >> Mathscript

    Node.

    Right Click on the borders of the Mathscript Node to add input and output.

    Import the program from MATLAB by Right Click inside Mathscript Node>>

    import..

    Connect the controls, indicators and the node using wires.

    Save and run the VI.

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    OUTPUT

    FRONT PANEL

    BLOCK DIAGRAM

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    RESULT

    Thus the program to design a virtual instrument using Mathscript Node to

    generate a sine wave was performed.

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    3. DESIGN OF LOW PASS, HIGH PASS

    AND BAND PASS FILTER USING

    LabVIEW.

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    AIM

    To design a virtual instrument to simulate and filter a sine signal using low pass, high

    pass and band pass filter.

    SOFTWARE USED

    LabVIEW software version 8.2.

    TOOLS REQUIRED

    CONTROL PALETTE

    1.

    Waveform Graph.

    FUNCTION PALETTE

    1.

    Simulate Signal.

    2.

    Filter.

    PROCEDURE

    Open the LabVIEW Environment.

    Front Panel>> Right Click>> Express>> Graph Indicators>> Waveform Graph.

    Block Diagram>>Right Click>> Express>> Input>> Simulate Signal.

    Block Diagram>> Right Click>> Express>>Signal Analysis >> Filter.

    Connect the controls, indicators and the node using wires.

    Save and run the VI.

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    OUTPUT

    EX.NO.3aFILTERING OF SINE SIGNAL USING FILTERS

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    FRONT PANEL

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    BLOCK DIAGRAM

    RESULT

    Thus the virtual instrument was created to simulate and filter the sine

    signal.

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    AIM

    To design a virtual instrument to split a signal using a filter.

    SOFTWARE USED

    LabVIEW software version 8.2.

    TOOLS REQUIRED

    CONTROL PALETTE

    1.

    Waveform Graph.

    FUNCTION PALETTE

    1.

    Simulate Signal.

    2.

    Merge Signal.

    3.

    Filter.

    PROCEDURE

    Open the LabVIEW Environment.

    Front Panel>> Right Click>> Express>> Graph Indicators>> Waveform Graph.

    Block Diagram>>Right Click>> Express>> Input>> Simulate Signal.

    Simulate all possible types of waveforms possible.

    Block Diagram>> Right Click>> Express>>Signal Analysis >> Filter.

    Using a band pass filter, filter out the necessary signal.

    Connect the controls, indicators and the node using wires.

    Save and run the VI.

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    OUTPUT

    EX.NO.3bSPLITTING OF SIGNAL USING FILTER

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    FRONT PANEL

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    BLOCK DIAGRAM

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    \

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    RESULT

    Thus a virtual instrument was designed to split signals using filters.

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    AIM

    To design a virtual instrument to analyse the frequency response of a

    filter.

    SOFTWARE USED

    LabVIEW software version 8.2.

    TOOLS REQUIRED

    CONTROL PALETTE

    1.

    Waveform Graph.

    FUNCTION PALETTE

    1. Simulate Signal

    2. Filter

    3.

    Tone Measurement4. Log Function

    5. While Loop

    PROCEDURE

    Open the LabVIEW Environment.

    Front Panel>> Right Click>> Express>> Graph Indicators>> Waveform Graph

    Front Panel >>Right Click>>Express>>Numeric Indicators>> Numeric Indicator. Front Panel >>Right Click>>Modern>>Array, Matrix & Cluster >> Array.

    Block Diagram>>Right Click>> Express>> Input>> Simulate Signal.

    Block Diagram>> Right Click>> Express>>Signal Analysis >> Filter.

    Block Diagram>> Right Click>> Express>>Signal Analysis >> Tone Measurement.

    Block Diagram>> Right Click>> Mathematics>>Elementary& Special Functions>>

    Exponential Functions>> Logarithm Base 10.

    Connect the controls, indicators and the node using wires.

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    Save and run the VI.

    EX.NO.3cANALYSIS OF FREQUENCY RESPONSE OF A FILTER

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    OUTPUT

    FRONT PANEL

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    BLOCK DIAGRAM

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    RESULT

    Thus a program to analyse the frequency response of a filter was performed.

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