By Thomas L. Floyd
Analog basics: A platforms Approach presents designated insurance of analog units and circuits with a platforms emphasis. Discrete linear units, operational amplifiers, and different linear built-in circuits, are all coated with much less emphasis at the person gadget, and extra dialogue on how those units are integrated into better circuits and systems.
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Additional info for Analog Fundamentals: A Systems Approach
1–3 SIG N A L SO U R CES Load Lines 17 RTH An interesting way to obtain a “conceptual picture” of circuit operation is through the use of a load line for the circuit. Load lines are introduced here and will be explored further in Chapter 3. Imagine a linear circuit that has an equivalent Thevenin circuit as shown in Figure 1–13. Let’s see what happens if various loads are placed across the output terminals. First, assume there is a short (zero resistance). In this case, the voltage across the load is zero and the current is given by Ohm’s law.
These measurements usually conﬁrm the direction you are taking in solving the problem or point to a new direction. Occasionally, you may ﬁnd a totally unexpected result! The thinking process that is part of analysis, planning, and measuring is best illustrated with an example. Suppose you have a string of 16 decorative lamps connected in series to a 120 V source as shown in Figure 1–22. Assume that this circuit worked at one time and stopped after being moved to a new location. When plugged in, the lamps fail to turn on.
By measuring the resistance of half the bulbs at once, you can reduce the effort required to ﬁnd the open. 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.