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Some interesting e ects can be had by mixing capacitors with diodes. For example, we can revisit our full-bridge recti er from Fig. 10-8 and add a large capacitor to it to smooth out the ripple. Ripple is the amount by which a signal wobbles away from a pure DC line. Figure 10-26 shows a ltered AC to DC power circuit. This is a very common circuit, found in all sorts of systems. You want a large capacitor in this circuit. You aren t tuning the circuit against a speci c frequency so much as you are using the capacitor s ability to store an electrical charge. The signal charges the capacitor as the voltage rises so the output is somewhat less than it would normally be. As the signal voltage drops the capacitor discharges, raising the output voltage above what it would normally be. The result is to smooth out ripples in the signal.

Pin 14 is the direction. When this pin is tied low or connected to ground, it will follow the sequence in either Table 10.1 or 10.2 starting from the top line and working downward. When this pin is tied high (15 V), it will reverse the sequence direction starting from the bottom and working its way to the top.

Fig. 10-26.

With 250 TB of institutional storage and 4000 Microsoft Windows NT and UNIX servers accessing that data in a 24/7 environment, Morgan Stanley Dean Witter is focused primarily on risk aversion and business continuity. According to Butler, these are the two primary reasons why the financial institution built five SANs in the metropolitan New York area. Other reasons include the need for reduced time to market and the desire to take advantage of best-ofbreed technologies. In order to satisfy his company s SAN requirements, Butler and his team came up with the concept of campus computing SANs based on

Using the UCN-5804

Fig. 10-28.

Figure 10.8 is a schematic using the UCN-5804. The clocking signal is provided by the 555 timer. The clocking signal may be increased or decreased using potentiometer V1. Varying the frequency of the clock signal directly controls the speed of the stepper motor. In this chapter we show how the PIC microcontroller can drive a stepper motor with or without specialty components. In this schematic, three manual on/off switches control additional functions. These pins that the switches are connected to can also be controlled by the input/output (I/O) pins off the basic stamp microcontroller. The switch connected to pin 15 is the enable pin. When brought high, this pin disables the output of the UCN-5804 chip, stopping the stepper motor. The switch connected to pin 14 controls the shaft s direction, CW or counterclockwise (CCW). A switch connected to pin 10 controls the step/half-step function of the UCN-5804. When pin 10 is

A circuit that seems like magic is the voltage multiplier. I present it here as a bonus circuit. Try it out. Try to gure it out. Figure 10-27 is a simple voltage doubler. This circuit, like the others, requires an AC signal on the input to work correctly. Figure 10-28 shows a voltage tripler and quadrupler. More diode networks can be added to get as much voltage as you can stand.

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

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2 target. In order for this event to occur, one level of redundancy is put in place whereby there are dual initiators, dual switches, and mirrored disks. Figure 2-1 depicts an entry-level HBA. Figure 2-1 depicts a basic SAN with HBAs.