Fundamentals of Digital Electronics - Lab 6 doc

... Fundamentals of Digital Electronics 6- 6 © National Instruments Corporation Lab 6 JK Master-Slave Flip-Flop Lab 6 Library VIs (Listed in the Order Presented) • ... of Digital Electronics 6- 2 © National Instruments Corporation Lab 6 JK Master-Slave Flip-Flop Figure 6- 2 . LabVIEW Simulation of a Divide-by-Two Counter Using a T Flip-Flop SubVI Each time the...

Ngày tải lên: 13/08/2014, 13:21

... of the VI and confirm that their behaviors are identical. Figure 3-8 . 4-Bit Adder Using Array Inputs and Outputs Fundamentals of Digital Electronics 3 -6 © National Instruments Corporation Lab ... half adder. The Lab 3 Binary Addition © National Instruments Corporation 3-5 Fundamentals of Digital Electronics There is also a third version of the above VI, name...

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... (1-Bit, 2-Bit, and 4-Bit) 6- 3 8-Bit Binary Counter (with and without Reset) 6- 5 Summary 6- 5 Lab 6 Library VIs 6- 6 Lab 7 Digital- to-Analog Converter What is a DAC? 7-1 ALU Simulator 7-3 Simulating a ... 5-1 An 8-Bit Pseudo-Random Sequencer 5-2 8-Bit Pseudo-Random Number Generator 5-5 Encryption of Digital Data 5 -6 Lab 5 Library VIs 5-7 Lab 6 JK Ma...

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... Corporation 2-3 Fundamentals of Digital Electronics Figure 2-5 . LabVIEW Block Diagram to Implement Virtual Die Display Load the VI Display.vi and observe the operation of the virtual die. Modulo 6 Counter A ... Rotate.vi. Figure 2 -6 . Rotate.vi Front Panel and Block Diagram Lab 2 Encoders and Decoders © National Instruments Corporation 2-5 Fundamentals of Digita...

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... LO QD Q QD Q QD Q QD Q Q 1 Q 2 Q 3 Q 4 Fundamentals of Digital Electronics 4-4 © National Instruments Corporation Lab 4 Memory: The D-Latch Figure 4-5 . Front Panel of an 8-Bit Shift Register Simulation LabVIEW Challenge Design ... Instruments Corporation Lab 4 Memory: The D-Latch Notes Lab 4 Memory: The D-Latch © National Instruments Corporation 4-5 Fundamentals...

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... Corporation 5-5 Fundamentals of Digital Electronics 8-Bit Pseudo-Random Number Generator The addition of an analog-to -digital converter allows the parallel outputs of the pseudo-random number ... in a message, a new Lab 5 Pseudo-Random Number Generators © National Instruments Corporation 5-3 Fundamentals of Digital Electronics Figure 5-3 . LabVIEW Simulation...

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... Instruments Corporation 7-1 Fundamentals of Digital Electronics Lab 7 Digital- to-Analog Converter The digital- to-analog converter, known as the D/A converter (read as D-to-A converter) or the DAC, ... w i b i i 0= ∑ = Lab 7 Digital- to-Analog Converter © National Instruments Corporation 7-5 Fundamentals of Digital Electronics Figure 7-5 . LabVIEW Simulation...

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... Instruments Corporation 8-1 Fundamentals of Digital Electronics Lab 8 Analog-to -Digital Converters, Part I The analog-to -digital converter, known as the A/D converter (read as A-to-D converter) or ... 8-8 ) until the test level reaches the input signal level. Lab 8 Analog-to -Digital Converters, Part I © National Instruments Corporation 8-3 Fundamentals of Digi...

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... = 160 . Again, the test value is greater than the input Fundamentals of Digital Electronics 9-4 © National Instruments Corporation Lab 9 Analog-to -Digital Converters, Part II Figure 9-4 . LabVIEW ... National Instruments Corporation 9-1 Fundamentals of Digital Electronics Lab 9 Analog-to -Digital Converters, Part II In the last lab, binary counters in the for...

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... Fundamentals of Digital Electronics 1 0 -6 © National Instruments Corporation Lab 10 Seven-Segment Digital Displays Notes Fundamentals of Digital Electronics 1 0-4 © National Instruments ... operation. segment encoder driver 16 7 binary line encoder 4 16 © National Instruments Corporation 1 0-1 Fundamentals of Digital Electronics Lab 10 Seven-Segment...

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