EE1 HW6 S2 2021 22 - Weekly homework

Tài liệu học tập môn Electrical Engineering tại Trường Đại học Quốc tế, Đại học Quốc gia Thành phố Hồ Chí Minh. Tài liệu gồm 3 trang giúp bạn ôn tập hiệu quả và đạt điểm cao! Mời bạn đọc đón xem! 

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Môn: Electrical Engineering

Trường: Trường Đại học Quốc tế, Đại học Quốc gia Thành phố Hồ Chí Minh

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lOMoARcPSD|364906 32
INTERNATIONAL UNIVERSITY SCHOOL OF BIOMEDICAL ENGINEERING
PRINCIPLES OF ELECTRICAL ENGINEERING 1 – S2 2021-22
HOMEWORK 6
Student’s name: ……………………………………………......
Grade
Student’s ID: …………………………………………………...
Note: There are 6 problems. Show all works and box all results including units.
Forgetting to box will lead to a minus point for the whole score.
Problem 1 (20pts)
1. Draw an ideal op-amp and label the name of its 5 terminals. (5pts)
2. What are the golden rules for an op-amp with negative feedback? (5pts)
3. Draw the Output vs. Input difference voltage characteristics of an op-amp and
show the name of all parameters. What is the function of 㕣
0
in the linear
region? (10pts)
Problem 2 (20pts)
Draw 5 op-amp circuits you have learned, show their output equations and briefly state
their applications.
Problem 3 (10pts) Find
㕣
㕜
þý
.
lOMoARcPSD|364906 32
Problem 4 (10pts)
What circuit configuration is shown in this figure? Find 㕣
0
if 㕣
ÿ
= 1 㕉, 㕣
Ā
= 1.5 㕉
and 㕣
ā
= −4 㕉.
Problem 5 (20pts)
1. Calculate 㕣
0
if 㕣
ÿ
= 1㕉 and 㕣
Ā
= 2㕉
2. If 㕣
ÿ
= 1.5㕉, specify the range of 㕣
Ā
that avoids amplifier saturation
Problem 6 (20pts)
Design the circuit with gain is 5X, 㕅
ā
is 2800Ω and the voltage source 㕉
Ā
sees an input
resistance of 900Ω
lOMoARcPSD|364906 32
1. Find 㕅
ÿ
, 㕅
Ā
, 㕅
Ă
2. With 㕉
ÿ
= 300㕉, 㕉
Ā
= 80㕉, find the differential mode input and common node
input.
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lOMoARcPSD|364 906 32
INTERNATIONAL UNIVERSITY SCHOOL OF BIOMEDICAL ENGINEERING
PRINCIPLES OF ELECTRICAL ENGINEERING 1 – S2 2021-22 HOMEWORK 6 Grade
Student’s name: ……………………………………………......
Student’s ID: …………………………………………………...
Note: There are 6 problems. Show all works and box all results including units.
Forgetting to box will lead to a minus point for the whole score. Problem 1 (20pts)
1. Draw an ideal op-amp and label the name of its 5 terminals. (5pts)
2. What are the golden rules for an op-amp with negative feedback? (5pts)
3. Draw the Output vs. Input difference voltage characteristics of an op-amp and
show the name of all parameters. What is the function of 㕣0 in the linear region? (10pts) Problem 2 (20pts)
Draw 5 op-amp circuits you have learned, show their output equations and briefly state their applications.
Problem 3 (10pts) Find 㕣㕜þý. lOMoARcPSD|364 906 32 Problem 4 (10pts)
What circuit configuration is shown in this figure? Find 㕣0 if 㕣ÿ = 1 㕉, 㕣Ā = 1.5 㕉 and 㕣ā = −4 㕉. Problem 5 (20pts)
1. Calculate 㕣0 if 㕣ÿ = 1㕉 and 㕣Ā = 2㕉
2. If 㕣ÿ = 1.5㕉, specify the range of 㕣Ā that avoids amplifier saturation Problem 6 (20pts)
Design the circuit with gain is 5X, 㕅ā is 2800Ω and the voltage source 㕉Ā sees an input resistance of 900Ω lOMoARcPSD|364 906 32 1. Find 㕅ÿ, 㕅Ā, 㕅Ă
2. With 㕉ÿ = 300㕉, 㕉Ā = 80㕉, find the differential mode input and common node input.
Document Outline

  • HOMEWORK 6
    • Problem 1 (20pts)
    • Problem 2 (20pts)
    • Problem 4 (10pts)
    • Problem 5 (20pts)
    • Problem 6 (20pts)