Q. Figure below depicts a part of a factory that makes bubble gumballs. The gumballs travel on a conveyor that has three associated sensors s1, s2, and s3. The sensor s is connected to a scale that weighs each gumball, and if a gumball is not heavy enough to be acceptable then the sensor sets s, = 1. Sensors s2 and s3 examine the diameter of each gumball. If a gumball is too small to be acceptable, then s2 = 1, and if it is too large, then s3 = 1. If a gumball is of an acceptable weight and size, then the sensors give s1 = s2 = S3 = 0. The conveyor pushes the gumballs over a "trap door" that it used to reject the ones that are not properly formed. A gumball should be rejected if it is too large, or both too small and too light. The trap door is opened by setting the logic function f to the value 1. %3D - gumball A. PAL realization. B. FPGA with VHDL code.
Q. Figure below depicts a part of a factory that makes bubble gumballs. The gumballs travel on a conveyor that has three associated sensors s1, s2, and s3. The sensor s is connected to a scale that weighs each gumball, and if a gumball is not heavy enough to be acceptable then the sensor sets s, = 1. Sensors s2 and s3 examine the diameter of each gumball. If a gumball is too small to be acceptable, then s2 = 1, and if it is too large, then s3 = 1. If a gumball is of an acceptable weight and size, then the sensors give s1 = s2 = S3 = 0. The conveyor pushes the gumballs over a "trap door" that it used to reject the ones that are not properly formed. A gumball should be rejected if it is too large, or both too small and too light. The trap door is opened by setting the logic function f to the value 1. %3D - gumball A. PAL realization. B. FPGA with VHDL code.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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![Q. Figure below depicts a part of a factory that makes bubble gumballs. The gumballs
travel on a conveyor that has three associated sensors s1, S2, and s3. The sensor s, is
connected to a scale that weighs each gumball, and if a gumball is not heavy enough to
be acceptable then the sensor sets s1
each gumball. If a gumball is too small to be acceptable, then s2 = 1, and if it is too
large, then s3 = 1. If a gumball is of an acceptable weight and size, then the sensors
give s1 = s2 = S3 = 0. The conveyor pushes the gumballs over a “trap door" that it
used to reject the ones that are not properly formed. A gumball should be rejected if it
is too large, or both too small and too light. The trap door is opened by setting the
logic function f to the value 1.
= 1. Sensors s2 and s3 examine the diameter of
S2
gumball
A. PAL realization.
B. FPGA with VHDL code.
f = "reject"
Electrical Engineering Department/ University of Basrah](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faa745dc0-6250-4da0-b86f-1cb1109ae202%2F4d15f426-6663-4190-8b2f-f360bc5dd265%2Ffr00m1_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q. Figure below depicts a part of a factory that makes bubble gumballs. The gumballs
travel on a conveyor that has three associated sensors s1, S2, and s3. The sensor s, is
connected to a scale that weighs each gumball, and if a gumball is not heavy enough to
be acceptable then the sensor sets s1
each gumball. If a gumball is too small to be acceptable, then s2 = 1, and if it is too
large, then s3 = 1. If a gumball is of an acceptable weight and size, then the sensors
give s1 = s2 = S3 = 0. The conveyor pushes the gumballs over a “trap door" that it
used to reject the ones that are not properly formed. A gumball should be rejected if it
is too large, or both too small and too light. The trap door is opened by setting the
logic function f to the value 1.
= 1. Sensors s2 and s3 examine the diameter of
S2
gumball
A. PAL realization.
B. FPGA with VHDL code.
f = "reject"
Electrical Engineering Department/ University of Basrah
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