By Anthony J. Caristi
Written via a operating clothier of IEEE-488 installations, this consultant covers GPIB addressing and communications, entire GPIB protocols and (including the recent IEEE-488.2 usual which has solved some of the consumer difficulties plaguing the GPIB within the past), programming necessities, and extending platforms functionality. comprises examples of ways real-world GPIB platforms are designed, put in, and maintained; and 9 appendices supply quickly connection with IEEE-488.2 instructions and queries and and mechanical requisites for IEEE-488 structures. Key good points * Written via a operating dressmaker of IEEE-488 installations, this e-book covers addressing and communications, protocols, (including modems, expanders, and extenders), GPIB units and capabilities, programming, and lots more and plenty extra; you'll find how one can * bring up facts acquisition and processing functionality * layout ''human friendly'' method interfaces * use ''Tektronix standard'' codes and codecs
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Additional info for IEEE-488 General Purpose Instrumentation Bus Manual
2-17). Find the perpendicular distance h from a point P with coordinates x = I, Y = 7 to that line. ) C---------------. 28 What is the area of the triangle formed by joining the following three points: x = 0 m, y = 0 m; x = 3 m, y = 4 m; x = 7 m, Y = 2 m. Recall that the area of a triangle is Area = 1/2 base x height. 1 INTRODUCTION In this chapter we introduce certain vector quantities-position, displacement, velocity and acceleration-used to describe the motion of a body. We define these quantities and discuss the mathematical relations between them.
Noway is the acceleration caused by the force of gravity acting on the ball, and we will see in the next chapter that because the force of gravity is downward then the corresponding acceleration must also be downward. 8 mlsec2. When solving problems, the best approach is to tabulate what is known and what is to be found and select the appropriate equation. Example 3-2 A boy throws a ball upward with an initial velocity of 12 m/sec. How high does it go? Multiflash photograph of a falling ball. Note the increase in the distance traveled by the ball between flashes as it falls .
01 sec. 01 sec? (d) What is the instantaneous velocity at t = 0 sec? (e) What conclusion do you draw from the answers in (c) and (d)? 4 A car is driving east at 60 kmlh, it then makes a turn and travels north at 50 kmlh. If it takes 2 sec to make the turn, what is the average acceleration of the car as a result of the turn? 3. (a) Find an expression for the acceleration of the particle as a function of time. 01 sec. 01 sec? (d) What is the instantaneous acceleration at t = 0 sec. (e) What conclusion can you draw from the answers in (c) and (d)?
IEEE-488 General Purpose Instrumentation Bus Manual by Anthony J. Caristi