You need to size the transistors below with respect to a symmetrical inverter as explained above.
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You need to size the transistors below with respect to a symmetrical inverter as explained above.
The figure below shows a 3-stage logic path. For all the transistors, L-30nm and VDD-1.05V. The i...
Please help with part a and b hand calculations.
The figure below shows a 3-stage logic path. For all the transistors, L-30nm and VDD-1.05V. The input signal is a linear ramp input with Tr = Tr= 30ps (between 0% and 100% of final value). The load capacitance at the final output node is an inverter which is 25.64 times the size of the first inverter. Note: this final inverter is the load when you do the simulation. It is NOT...
a.) Is monotone? why? b.) it is bounded above by what number? Bounded below by what...
a.) Is
monotone? why?
b.) it is bounded above by what number? Bounded below by what
number? (c) Find its limit and prove it
use this as hint
please help, I need help on these
We were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this image
Below is a picture of the setup of the experiment done in class, For each of the three...
Below is a picture of the setup of the experiment done in
class, For each of the three locations of the smartphone
on the bar, you need to determine the center of mass of the
combined bar and smartphone as well as the mass moment of inertia
of the bar and smartphone about the axis of rotation of the
pendulum. To do these computations, you need to have information on
the mass and dimensions of your smartphone (width and length)....
I need help with step one I provide the information and background in pictures below We...
I need help with step one I provide the information
and background in pictures below
We were unable to transcribe this imagesolution. The data is to be stored in an array. Here is the data description from HDDB.cpp. const int MAXDB = 100; struct disc char* title; chart director; int year; int runtime; char* genre; char* pic; typedef disc* discPtr; discPtr DB [MAXDB); bool selected (MAXDB); int numDB; There's a limit of 100 put on the size of the database,...
here is the dice images you need to use Problem 1/5 (20 points) Create a JavaFX...
here is the dice images you need to use
Problem 1/5 (20 points) Create a JavaFX application that simulates the rolling of a pair of dice. When the user clicks a button, the application should generate two random numbers, each in the range of 1 through 6, to represent the value of the dice. Use ImageView component to display the dice. Six images are included in the project folder for you to use. For example, the first picture below is...
Using the appropriate model, sample size n, and output: Model: Sample: n=8 S=.5561, = 93.1%...
Using the appropriate model, sample size n, and output:
Model:
Sample: n=8 S=.5561,
= 93.1% ,
adj = 90.3%
1. Report SSE,
, and s as shown on the output. Calculate
from SSE and other numbers. Report the total variation,
unexplained variation, and explained variation as shown on the
output. (Round answers to 4 decimal places.)
2. Report
and adjusted
as shown on the output. Calculate the F statistic. (Round your
answer to 3 decimal places.)
3. Find the...
Hi I need help with question 3 shown below. Thank you This problem references problem 2,...
Hi I need help with question 3 shown below. Thank you
This problem references problem 2, which I have already
completed
3) The p-n junction of problem 2 has a cross sectional area of 103 cm2. Calculate: a) the total depletion zone width, b)n-side depletion zone width, c) p-side depletion zone width, d) total charge on the n side, e) total charge on the p side and f) the peak electric field magnitude. g) Sketch εχ vs. x and the...
An analogue amplifier circuit is shown in Figure 1 below. VDD Q5 15V JL - Vout...
An analogue amplifier circuit is shown in Figure 1 below. VDD Q5 15V JL - Vout Irer RI Vina JET T7T Figure 1 Integrated amplifier circuit. Circuit Data: Vpp = 15 V, IREF = I1 = I2 = 1.0 mA Transistor Data: Q1: NMOS, un Cox = 80 A/V?, W/L = 100 um/0.8 um, Vtn = 0.8 V, L = 0.10 um/V Q2: NPN BJT, B = 100, Vbe = 0.7 V, VA = 150 V Q3, Q4: NMOS, un...
(a) What is the measurement uncertainty of this Vernier Caliper? ___ cm (b) What is the...
(a) What is the measurement uncertainty of this Vernier
Caliper?
___ cm
(b) What is the main scale's measurement?
___ cm
(c) What is the Vernier scale's measurement? You will need
to zoom in on the picture.
___ cm
(d) What is this object's total length?
___ cm
Please explain, I know it's easy.
Below is the picture of a sample measurement with a Vernier Caliper 0 5 10 15 20 25 LLLLLLL 24682 3 O4 = We were unable...
i just need the questions in the second image explained the We were unable to transcribe...
i just need the questions in the second image explained the
We were unable to transcribe this imageFor the previous question, Question 2.5, answer the questions below. Explain your answer.(7 points) a. At which of the six number points does the particle have no (zero) acceleration? b. At which of the six number points does the particle have the greatest displacement if it started from x-0 at 0? c. At which of the six number points does the particle have...
Please help with part a and b hand calculations.
The figure below shows a 3-stage logic path. For all the transistors, L-30nm and VDD-1.05V. The input signal is a linear ramp input with Tr = Tr= 30ps (between 0% and 100% of final value). The load capacitance at the final output node is an inverter which is 25.64 times the size of the first inverter. Note: this final inverter is the load when you do the simulation. It is NOT...
a.) Is
monotone? why?
b.) it is bounded above by what number? Bounded below by what
number? (c) Find its limit and prove it
use this as hint
please help, I need help on these
We were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this image
Below is a picture of the setup of the experiment done in
class, For each of the three locations of the smartphone
on the bar, you need to determine the center of mass of the
combined bar and smartphone as well as the mass moment of inertia
of the bar and smartphone about the axis of rotation of the
pendulum. To do these computations, you need to have information on
the mass and dimensions of your smartphone (width and length)....
I need help with step one I provide the information
and background in pictures below
We were unable to transcribe this imagesolution. The data is to be stored in an array. Here is the data description from HDDB.cpp. const int MAXDB = 100; struct disc char* title; chart director; int year; int runtime; char* genre; char* pic; typedef disc* discPtr; discPtr DB [MAXDB); bool selected (MAXDB); int numDB; There's a limit of 100 put on the size of the database,...
here is the dice images you need to use
Problem 1/5 (20 points) Create a JavaFX application that simulates the rolling of a pair of dice. When the user clicks a button, the application should generate two random numbers, each in the range of 1 through 6, to represent the value of the dice. Use ImageView component to display the dice. Six images are included in the project folder for you to use. For example, the first picture below is...
Using the appropriate model, sample size n, and output:
Model:
Sample: n=8 S=.5561,
= 93.1% ,
adj = 90.3%
1. Report SSE,
, and s as shown on the output. Calculate
from SSE and other numbers. Report the total variation,
unexplained variation, and explained variation as shown on the
output. (Round answers to 4 decimal places.)
2. Report
and adjusted
as shown on the output. Calculate the F statistic. (Round your
answer to 3 decimal places.)
3. Find the...
Hi I need help with question 3 shown below. Thank you
This problem references problem 2, which I have already
completed
3) The p-n junction of problem 2 has a cross sectional area of 103 cm2. Calculate: a) the total depletion zone width, b)n-side depletion zone width, c) p-side depletion zone width, d) total charge on the n side, e) total charge on the p side and f) the peak electric field magnitude. g) Sketch εχ vs. x and the...
An analogue amplifier circuit is shown in Figure 1 below. VDD Q5 15V JL - Vout Irer RI Vina JET T7T Figure 1 Integrated amplifier circuit. Circuit Data: Vpp = 15 V, IREF = I1 = I2 = 1.0 mA Transistor Data: Q1: NMOS, un Cox = 80 A/V?, W/L = 100 um/0.8 um, Vtn = 0.8 V, L = 0.10 um/V Q2: NPN BJT, B = 100, Vbe = 0.7 V, VA = 150 V Q3, Q4: NMOS, un...
(a) What is the measurement uncertainty of this Vernier
Caliper?
___ cm
(b) What is the main scale's measurement?
___ cm
(c) What is the Vernier scale's measurement? You will need
to zoom in on the picture.
___ cm
(d) What is this object's total length?
___ cm
Please explain, I know it's easy.
Below is the picture of a sample measurement with a Vernier Caliper 0 5 10 15 20 25 LLLLLLL 24682 3 O4 = We were unable...
i just need the questions in the second image explained the
We were unable to transcribe this imageFor the previous question, Question 2.5, answer the questions below. Explain your answer.(7 points) a. At which of the six number points does the particle have no (zero) acceleration? b. At which of the six number points does the particle have the greatest displacement if it started from x-0 at 0? c. At which of the six number points does the particle have...
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