By Thomas L. Floyd
Analog basics: A platforms Approach offers targeted insurance of analog units and circuits with a platforms emphasis. Discrete linear units, operational amplifiers, and different linear built-in circuits, are all lined with much less emphasis at the person gadget, and extra dialogue on how those units are integrated into higher circuits and systems.
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Extra resources for Analog Fundamentals: A Systems Approach
SECTION 1–5 CHECKUP 1. What is the ﬁrst step in troubleshooting a circuit? 3. What is meant by instrument loading? 2. What is meant by half-splitting? SUMMARY • A linear component is one in which an increase in current is proportional to the applied voltage. • An analog signal takes on a continuous range of values within limits. A digital signal is a discrete signal that can have only certain values. Many circuits use a combination of analog and digital circuits. • Waveforms that repeat in a certain interval of time are said to be periodic.
Continuing along these lines, by half-splitting again, will lead to the solution in a few tests. Unfortunately, most troubleshooting is more difﬁcult than this example. However, analysis and planning are important for effective troubleshooting. As measurements are made, the plan is modiﬁed; the experienced troubleshooter narrows the search by ﬁtting the symptoms and measurements into a possible cause. Soldering When repairing circuit boards, sooner or later the technician will need to replace a soldered part.
Based on these observations, draw the Thevenin equivalent circuit for this transducer. 17. Draw the Norton equivalent circuit for the transducer circuit described in Problem 16. SECTION 1–4 Ampliﬁers 18. For the ampliﬁer described by the transfer curve in Figure 1–17, what is the voltage gain in the linear region? What is the largest output voltage before saturation? 19. The input to an ampliﬁer is 80 mV. If the voltage gain of the ampliﬁer is 50,000, what is the output signal? 20. 0 k⍀ load. 21.