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The shaft rotation on a servo motor is limited to approximately 90 degrees ( 45 degrees from the center position). A 1-ms pulse will rotate the shaft all the way to the left (see Fig. 4.10), while a 2-ms pulse will turn the shaft all the way to the right. By varying the pulse width between 1 and 2 ms, the servo motor shaft can be rotated to any rotational degree position within its range. You may feel that providing the pulse signal is a complex job; it isn t. The 16F84 PIC microcontroller, covered in Chap. 7, uses only a few lines of code to control a servo motor. And the PIC can control up to eight servo motors at a time. Another viable method is to utilize the servo motor control system used in R/C systems. Another alternative is to make your own circuit. Making a servo motor circuit isn t as difficult as it may first appear. Figure 4.11 uses a 556 dual timer to control a servo motor. The 556 has two independent timers. To see the function more clearly, look at Fig. 4.12. Here two separate 555 timers are used. One timer is set in astable mode. The astable timer outputs a 55-hertz (Hz) square wave with a 1-ms negative component. The output from this timer is connected to the second 555 timer that is set up in monostable mode.

Because the difference in lift is small, it is not worth the added risk of using hydrogen gas! I recommend using helium gas only.

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Any damn fool can put on a deal, but it takes genius, faith and perseverance to create a brand. The financial rewards do not always come in next quarter s earnings per share, but come they do. When Philip Morris bought General Foods for five billion dollars, they were buying brands. There used to be a prosperous brand of coffee called Chase & Sanborn. Then they started dealing. They became addicted to price-offs. Where is Chase & Sanborn today Dead as a doornail. The manufacturers who dedicate their advertising to building a favorable image, the most sharply defined personality for their brand, are the ones who will get the largest share of market at the highest profit. The time has come to sound an alarm! To warn what is going to happen to brands if so much is spent on deals that there is no money left to advertise them. Deals don t build the kind of indestructible image which is the only thing that can make your brand part of the fabric of American life.*

(12-226)

The piece of Mylar used to make a balloon after it s folded in half, lying down flat, measures 34" 56". The weight of the material is 3 oz (0.1875 lb). It s difficult to estimate how much helium the balloon will hold. To make a rough estimate, I use the volume of a cylinder. I know a pillow shape is not a cylinder, but, like I said, it s a rough estimate. First find the diameter. The material is 34" 2 equaling 68" for the circumference. The circumference of a circle is 2 times pi (3.14) times the radius. If you do the math, the radius works out to 11". The volume of a cylinder equals pi times the radius squared times the height. The height in this case is 56". If you do the math, the volume equals about 12 ft3. The balloon will not be filled to its maximum capacity. In this case I d estimate the balloon will hold about 70 percent of the calculated volume or about 8.4 ft3 of helium gas.

0.678 lb 0.0924 lb 0.1875 0.398 lb,

* David Ogilvy, Fiftieth Anniversary Luncheon Speech, Advertising Research Foundation, New York City, March 18, 1986.

Construction of the blimp is simple and straightforward. Essential to the construction is being able to make a good heat seal. Cut a small section of Mylar material from the large sheet to practice on. Fold the small section of Mylar, shiny sides to the outside, dull sides together. Set the iron to a medium heat setting. Keep adjusting and testing the heat setting of the iron on small Mylar practice scraps until you find the right temperature. Every time you adjust the temperature of the iron, allow at least 5 minutes for the iron to stabilize to the new temperature. If the temperature setting is too hot, the Mylar material will melt and create holes. If the temperature setting is too cold, the heat seal will pull apart too easily. A good heat seal will not pull apart easily. Allow the Mylar material to cool for a minute before you test the heat-sealed seam. Once you have found the right temperature setting, write it down for future reference. We will make a pillow-shaped blimp. Fold the sheet of Mylar material in half (shiny side out). Heat seal the three open sides closed, leaving a little space that isn t heat sealed for a fill tube at the bottom, and you re finished. The heat-sealed seam should be 1/2" to 1" wide.

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