As you discovered in lab last week, the advantage of CMOS logic is that no drain current flows through the MOSFETs when the outp
ut is either high or low. Because the CMOS logic family is based on the inverter, the logic functions of NOT, NAND, and NOR
1 answer:
Complete Question:
CMOS Logic
As you discovered in lab last week, the advantage of CMOS logic is that no drain current flows through the MOSFETs when the output is either high or low. Because the CMOS logic family is based on the inverter, the logic functions of NOT, NAND, and NOR are easy to create. The logic functions AND and OR, however, require us to build a NAND or NOR gate and then add an inverter to the gate output: AND = NAND+NOT
<em>Design a 2-input CMOS OR-gate using MOSFETs . Make certain that the power dissipation is zero when the output is both logic 1 and logic 0 . Add NOT logic to one of switches to the inputs of the OR gate .</em>
Answer and Explanation:
- The question require you to design a 2 input CMOS
- make certain that the power dissipation is zero when the output is both logic 1 and logic 0
- Add NOT logic to one of the switches to the input of the OR gate
attached below is a diagram of the designed 2-input CMOS labelled with all the other features explicitly stated
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Answer:
full details of the answer is attached
Answer:
the torque capacity is 30316.369 lb-in
Explanation:
Given data
OD = 9 in
ID = 7 in
coefficient of friction = 0.2
maximum pressure = 1.5 in-kip = 1500 lb
To find out
the torque capacity using the uniform-pressure assumption.
Solution
We know the the torque formula for uniform pressure theory is
torque = 2/3 × × coefficient of friction × maximum pressure ( R³ - r³ ) .....................................1
here R = OD/2 = 4.5 in and r = ID/2 = 3.5 in
now put all these value R, r, coefficient of friction and maximum pressure in equation 1 and we will get here torque
torque = 2/3 × × 0.2 × 1500 ( 4.5³ - 3.5³ )
so the torque = 30316.369 lb-in