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A good current source should be able to approximate the behavior of an ideal current source Therefore, a desirable characteristic for the internal resistance of a current source is that it be as large as possible

In this section, you should gain a basic understanding of the desirable properties of practical devices for the measurement of electrical parameters The measurements most often of interest are those of current, voltage, power, and resistance In analogy with the models we have just developed to describe the nonideal behavior of voltage and current sources, we shall similarly present circuit models for practical measuring instruments suitable for describing the nonideal properties of these devices The Ohmmeter The ohmmeter is a device that, when connected across a circuit element, can measure the resistance of the element Figure 240 depicts the circuit connection of an ohmmeter to a resistor One important rule needs to be remembered:

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The resistance of an element can be measured only when the element is disconnected from any other circuit The Ammeter The ammeter is a device that, when connected in series with a circuit element, can measure the current owing through the element Figure 241 illustrates this idea From Figure 241, two requirements are evident for obtaining a correct measurement of current:

Figure 1-2 shows you the impact that your increasing knowledge of the system requirements will have on the accuracy of your estimates Figure 1-35 is provided to assist you in deciding when particular estimating methods are most appropriate in the life cycle of your project

1 The ammeter must be placed in series with the element whose current is to be measured (eg, resistor R2 ) 2 The ammeter should not restrict the ow of current (ie, cause a voltage drop), or else it will not be measuring the true current owing in the circuit An ideal ammeter has zero internal resistance The Voltmeter The voltmeter is a device that can measure the voltage across a circuit element Since voltage is the difference in potential between two points in a circuit, the voltmeter needs to be connected across the element whose voltage we wish to measure A voltmeter must also ful ll two requirements: 1 The voltmeter must be placed in parallel with the element whose voltage it is measuring 2 The voltmeter should draw no current away from the element whose voltage it is measuring, or else it will not be measuring the true voltage across that element Thus, an ideal voltmeter has in nite internal resistance Figure 242 illustrates these two points Once again, the de nitions just stated for the ideal voltmeter and ammeter need to be augmented by considering the practical limitations of the devices A practical ammeter will contribute some series resistance to the circuit in which it is measuring current; a practical voltmeter will not act as an ideal open circuit but will always draw some current from the measured circuit The homework problems verify that these practical restrictions do not necessarily pose a limit to the accuracy of the measurements obtainable with practical measuring devices, as long as the internal resistance of the measuring devices is known Figure 243 depicts the circuit models for the practical ammeter and voltmeter

of the ampli er: The extremely high input resistance of this ampli er (of the order of megohms to gigohms) permits virtually perfect isolation between source and load, and eliminates loading effects Voltage followers, or impedance buffers, are commonly packaged in groups of four or more in integrated circuit (IC) form The data sheets for one such IC are contained in the accompanying CD-ROM, and may also be found in the device templates for analog ICs in the Electronics WorkbenchTM libraries

The Pre and Post Increment Operators (C# Only)

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