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Using the data sheets for the AD574 (supplied in the enclosed CD-ROM), answer the following questions: 1 2 What is the accuracy (in volts) of the AD574 What is the highest frequency signal that can be converted by this ADC without violating the Nyquist criterion

Known Quantities: ADC supply voltage; input voltage range Find: ADC accuracy; maximum signal frequency for undistorted A/D conversion Schematics, Diagrams, Circuits, and Given Data: VCC = 15 V; 0 Vin 15 V ADC

Analysis:

From the data sheet we determine that the AD574 is a 12-bit converter The accuracy is limited by the least-signi cant bit (LSB) For a 0 15-volt range, we can calculate the magnitude of the LSB to be: Vin, max Vin, min 15 = 12 ( 1 bit) = 366 mV 2n 1 2 1

Project Size 1 to 200 201 to 400 401 to 600 601 to 800 801 to 1,000 >1,000 Table 16-5

The data sheet states that the maximum guaranteed conversion time of the ADC is 35 s; therefore the highest conversion frequency for this ADC is: fmax = 1 = 2857 kHz 35 10 6

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Once you have a new Form module and you ve added code and controls to customize it, you might think you can just run your program and this new form will appear automatically. Forms don t just appear on their own. You must write code to manage when and how the new form will display in the program.

Since the Nyquist criterion states that the maximum signal frequency that can be sampled wthout aliasing distortion is one half of the sampling frequency, we conclude that the maximum signal frequency that can be acquired by this ADC is approximatly 14 kHz

reasonable rule of thumb is to oversample by a factor of 2 to 5 Suppose we chose to oversample by a factor of 2; then we would not expect to have signal content above 7 kHz One way to ensure that the signal being sampled is limited to a 7-kHz bandwidth is to pre lter the signal with a low-pass lter having a cutoff frequency at or below 7 kHz The active lters discussed in an earlier section of this chapter are often used for this purpose

Data Acquisition Systems The structure of a data acquisition system, shown in Figure 1532, can now be analyzed, at least qualitatively, since we have explored most of the basic building blocks A typical data acquisition system often employs an analog multiplexer, to process several different input signals A bank of bilateral analog MOSFET switches, such as the one we described together with the sample-and-hold ampli er, provides a simple and effective means of selecting which of the input signals should be sampled and converted to digital form Control logic, employing standard gates and counters, is used to select the desired channel (input signal), and to trigger the sampling circuit and the ADC When the A/D conversion is completed, the ADC sends an appropriate end of conversion signal to the control logic, thereby enabling the next channel to be sampled In the block diagram of Figure 1532, four analog inputs are shown; if these were to be sampled at regular intervals, the sequence of events would appear as depicted in Figure 1533 We notice, from a qualitative analysis of the gure, that the effective sampling rate for each channel is one fourth the actual external clock rate; thus, it is important to ensure that the sampling rate for each individual

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projects have high quality data covering all the important factors impacting productivity You start the benchmark estimate calculation with these two PDR values that cover all 500 projects: 1043 hours per FP (median) and 1492 hours per FP (mean)

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