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The conveyor system is driven by a 240 Volt 50 Hz AC motor requiring a continuous 1 Amp supply. The conveyor has single direction operation.
The loading mechanism for the winder is fully automatic and only requires a single control signal of a logic '1' for load (and hold loaded) and a '0' for unload.
The winding machine requires six (6) bits into to the winder identify the number of turns to be wound. The 6 bit values between 2 and 40 represent the range of 200 to 4000 turns. (ie the number of turns is 100 times the input value) A single active low pulse (0.25s) is required to start the winding machine, and a single bit output (0 while busy, 1 when finished) is provided by the winder indicating the status of the winding task.
The sluice control of the hopper uses two (2) solenoid coils, each requiring 1 Amp for 0.25 second from a 12 Volt DC supply in order to open or close the gate. Assume the material flow is instantaneous on/off at the end of the 0.25 second open/close control signal.
Two Infrared beam sensors are used to verify the presence of a mould under the hopper and under the winder. Each provides an active low signal when an object cuts its beam.
The temperature measurement device provides a 0 - 5Volt analog signal indicating the temperature of the molten ceramic material over the range 0 to 10200C in 4 degree steps.
I have an enclosure which doesnt comply with the atex directive, they want to install it in outside in a safe area of an offshore platform. They have produced an atex cert and want
Now that you have the input and output impedances you can design the matching networks. I will require either the Smith Charts showing how you calculated the matching components or
Microprocessor 1. Write an assembly language program to find the highest among two numbers. 2. Draw and illustrate the internal architecture of 8085 briefly. 3. What is t
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a mass of 20 kg is lifted u p to the roof of a cliff 100 m high.determie Ep of the mass while it is at the top
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