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All the sensors of given Figure are NO switches that close when the variable reaches the trip value. Thus, TH represents a NO connection that closes when the temperature exceeds TH, L1 closes when the level exceeds L1, and so forth. The conveyor and stir are motors; the valves and heater are all solenoids.
Prepare a physical ladder diagram for the system of Figure as described in Problem. Be sure to consider any operations that can be executed simultaneously.
Problem Figure shows a system for batch processing. The system operations can be described as follows:
(1) A weighed quantity of dry material is added to liquid that has filled the tank to level L1.
(2) The mixture is stirred, and heat is applied to maintain the temperature between TL and TH for a period of 10 minutes.
(3) With the stir and heater off, the batch is emptied down to level L2. The whole process then starts again. Prepare a flowchart that describes the sequence of events. Be sure to consider any events that could occur in parallel.
Design a prototyping system of battery management systems with fully controllable bi-directional power electronic converters
design a negative edge-triggered d flip-flop that uses three sr latches constructed with cross-coupled nor gates.
a given system delays the input by t0 units of time and then subracts the delayed version from the original signal. Calculate the frequency transfer fucntion of this system.
A perfectelectric dipole is directed along the z-axis. In conventional spherical polar coordinates, at what values of the"dangle angle" q does the electric field have no z-component
inductor L and assume they have been connected for Consider a circuit consisting of a sinusoidal source V s (t) = cos (t) u (t) volts connected in series to a resistor R and an a very long time.
Is the bridge balanced? - Using mesh analysis, determine the current through the capacitive reactance. - Using nodal analysis, determine the voltage across the capacitive reactance.
Assume that the inverters have a delay of 1 ns and the other gates have a delay of 2ns. Initially A = 0 and B = C = D = 1, and C changes to 0 at time = 2ns. Draw a timing diagram and identify the transient that occurs.
i- the current distribution along the antenna , and the radiated power . ii- if the sorce is now replaced by another with frequency = 300 MHz , find the new current distribution and the radiated power assuming that the input current remains .5 Amp..
1. everyones gasoline problem. we are all familiar with fluctuating prices of gasoline at the pump. why does this
Consider a GaAs MESFET. When the device is biased in the saturation region,Id=18.5 micrroamp,Vgs=.35 and Id=86.2 micro amp,Vgs=.5 determine the conduction parameter and k and threshold voltage Vth
3) What is the RMS voltage of the source in a single loop series circuit if Irms = 1A-30° and Ztotal = 100 65° 4) What is the power dissipated by an electric heater with a resistance of 20? drawing a current waveform of i(t) = 10 sin(60t) Amps
A group society project due tomorrow. It is about designing our own Utopia. My part of the assignment is about the governing body and answering the questions that follow after talking about the governing body. I would like someone to help me with thi..
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