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Make a two-view drawing of a yoke cam that will raise the yoke 35 mm. The cam is an eccentric cam having a dia. of 90 mm and a plate thickness of 20 mm. Shaft = 028 mm, hub = 044 mm X 30 mm long with the extension on one side only. The yoke is 14 mm thick and has a wall width of 20 mm. A 6 mm X 30 mm steel guide bar is welded to the top and bottom of the yoke.
Make a two-view drawing of a drum cam from the following information:
• Rise 1.50 in. in 120° with parabolic motion
• Dwell for 60°
• Drop 1.50 in. in 150° with modified sine motion
• Dwell for remainder Roller follower= 0.50 in., cam= 03.00 in. X 3.50 in. long, follower groove= .40 in. deep. Use your judgment for dimensions not given. Show the full development of the cam, which will serve as a motion diagram. Prepare a chart showing the angular displacement from a timing hole located at 0°, and the displacement from the baseline for every 15°. Scale 1:1.
Do these data seem to follow an exponential distribution at the 5% significance level? If possible, construct a normal scores plot for these data. Does the plot follow a straight line?
Using a computer simulation, generate the voltage transfer characteristics of the advanced low-power Schottky inverter gate shown in Figure.
A stream can represent many different kinds of sources and destinations, including disk files, devices, other programs, and memory arrays. Discuss how to use the different data stream classes to move data to/from files.
If the length of each fiber is 500m, find the intermodal delay and the maximum achievable bit rate. How many channels can be connected to the SLM switch considering each channel's data capacity and the modulation speed of the acousto-optic modulat..
What is its resistance between the wiper (movable) arm and an outside terminal if the resistance between the wiper arm and the other outside terminal is 3.5 kΩ?
what is the highest input frequency for which no slewing occurs?
On a start-stop circuit, where does the receiver start counting information bits? At which signal element?
What is the difference between a traditional gate array and an FPGA?
given a low-pass rc filter is it possible to determine phase angle and db loss given only a resistance a capacitance
Suppose it is desired to digitize a 250-kHz analog signal to 10 bits using a successive-approximation ADC. Estimate the maximum permissible conversion time for the ADC.
1) Determine the transfer of second-order highpass filter with a cutoff frequency of 900 Hz and passband gain of 1 using a butterworth type. 2) Design a filter for your transfer function from question.1 using the sallen-Key topology.
consider a continuos LTI system with step response given by ys(t) = tu(t) - (t - 2)u(t - 2). A. Determine the laplace transform X(s) of the input signal x(t) = u(t). B. Determine the Laplace transform Ys(s) of the step response.
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