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a simple unbroken circle (don t do this, it s bad for the battery). We normally drop additional components into this track, creating something closer to an obstacle course or, for some poorly designed circuits, a demolition derby.
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1. A schematic. You can actually have schematic diagrams for all kinds of things, but they tend to be called by di erent names, such as blueprints, or those posters you sometimes see in health class. 2. Gnd is ground, which is normally the negative terminal on your battery or generator. R1 is the rst resistor in your schematic. C5 would be the fth capacitor, and S2 the second switch. 3. I personally like to build my temporary, or prototype, circuits on a breadboard, but there are other ways of creating prototypes as well. Once I m happy with a circuit, I like to put the permanent version on a printed circuit board, or PCB. This could be a custom-built one, or one that mimics the layout of the breadboard. 4. A resistor opposes the current in your circuit. As do the wires in the circuit, and everything else, but a resistor is the speci c component I was looking for here. 5. Georg Ohm, though you only really need to remember his last name. Ohm s Law is: V I R I R V R
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V I 6. We know the voltage (9) and the current (0.015), so we need to calculate the resistance: R 9 0:015
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R 600 A 600 ohm resistor will work, though one slightly smaller or bigger is also ne. LEDs aren t too picky.
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A single 1.1 k resistor would pass a stingy 8 mA through, making for a dim LED. However, two of these in parallel give 550 , for a shiny 16 mA current for our LED. 7. Good! You didn t look at Fig. 5-19, did you Well, do so now and compare your diagram to it. A Wheatstone Bridge is a pair of voltage dividers that can be used to isolate small changes in a resistive sensor, or to determine the value of an unknown resistance. 8. Robots, as we understand them today, use electronics in all aspects of their operation. Their brains are normally electronic computers and, when they aren t full computers, their brains are complex electronic circuits. The interface from sensors to the brain is a layer of electronics, as is the interface from the brain to the motors that drive the robot. If you are going to understand and build robots, it helps to be comfortable with electronics.
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1. Its behavior. 2. The old automata used open-loop control systems. You could also say they used gears, cams, and so forth, but these are the pieces of the open-loop control. 3. Closed-loop control gives the controller feedback about the object under control. Feedback allows the controller to adjust to unusual circumstances.
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1. We listed SPST, SPDT, DPST, and DPDT switches. Single or Double Pole by Single or Double Throw. The single-throw varieties also come in normally open and normally closed forms. 2. No, not open-loop control, that was the last chapter. In this chapter we talked about how cams can work together to create a control system. 3. Both punched cards and punched tape were both used to program computers and automatic looms.
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4. These lights spell out 10110011 in binary. Taken in two parts, 1011 is an 11 in decimal, or B in hexadecimal. 0011 is 3 no matter how you slice it. All together, however, it converts to the value of: 1 27 0 26 1 25 1 24 0 23 0 22 1 21 1 20 128 32 16 2 1 179 5. There are many right answers here, as there are many types of computer languages. Most computer systems consist of a set of instructions (the program), a bunch of slots that can hold numbers (memory), and a circuit in the middle that interprets the instructions and manipulates the memory (the central processing unit, or CPU). Most such systems include commands to get a number from a position in memory. When a number has been retrieved, there are usually instructions that can perform math on that number and the number in the CPU S other hand (some CPUs have two hands to hold numbers, others might have sixteen or more). The CPU can also compare two numbers and choose which instruction to run next based on the result.
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