Introduction to Electronics
ECSE-2050 Fall 2014 Name
-._._
Homework 9
Reading: 6.1-6.8
Thursdays lecture problems: 1,2,3
Mondays lecture problems: 4,5
In all problems, you may assume that Vcesm ~ 0.2V, Vbe ~ 0.7V and 1'0 > 00 when the
transistor is in the
Introduction to Electronics
Fall 2014
Name _
ECSE-2050
Homework 9
Reading: 6.1-6.8
Thursdays lecture problems: 1,2,3
Mondays lecture problems: 4,5
In all problems, you may assume that Vcesat ~ 0.2V, Vbe ~ 0.7V and ro when the
transistor is in the forward
Introduction to Electronics
ECSE-205l] Fall 2016 Name
Homework 10
Due: Wednesday, November 30
Reading: Chapter 9
Problem 1) Differential gain circuits I, DC current bias
Vcc
In the above circuit, Kn = 0.2A/V2.
a)
b)
C)
d)
6)
Draw the half-circuit small
Introduction to Electronics (ECSE-2050)
Fall 2014
Laboratory Module 3: MOSFET
Please submit your laboratory report to the lab TAs. One report for a pair of
students.
This lab. will run for 2 lab dates
Due date for this report: October 15, 2014
Bring your
Introduction to Electronics (ECSE-2050)
Fall 2014
Laboratory Module 4: BJT
Please submit your laboratory report to one of the lab TAs. One report for a pair
of students.
This lab. will run for following days: October 22, October 29.
Due date for this repo
Introduction to Electronics (ECSE-2050)
Fall 2014
Laboratory Module 2: Diodes
Total Grade Points: 4
Submit one report for you and your partner. Print both names and then both
sign the report. By signing the report you are stating that this is your work.
P
Introduction to Electronics (ECSE-2050)
Fall 2014
Laboratory Module 1: Operational Amplifiers (OPAMP)
Total Grade Points: 4
Submit one report for you and your partner. Print both names and then both
sign the report. By signing the report you are stating t
Introduction to Electronics (ECSE-2050)
Fall 2014
Laboratory Module 0: Operational Amplifiers Non-ideal characterstics
Total Grade Points: 0
No report is required for this lab. It is for observational and comparison purposes.
Also it serves as a reminder
Introduction to Electronics (ECSE-2050)
Fall 2014
Laboratory Module 6: Digital Circuits
Please submit your laboratory report to the TA for Laboratory Sessions).
This lab. will run for following days: November 19
Due date for this report: December 3
Bring
EC SE -2050
Introduction to Electronics
Fall 2014 Name
Homework 12
Due: December 4, 2014
Score will replace lowest homework score for HWl -1 1
Problem 1) Ampliers
Vin
J. Braunstein
Rensselaer Pobftechnic Institute
Vout
For the above two stage amplier ci
Introduction to Electronics
ECSE-2050 Fall 2014 Name
Homework 9
Reading: 6.1-6.8
Thursdays lecture problems: 1,2,3
Mondays lecture problems: 4,5
In all problems, you may assume that Vcesal ~ 0.2V, Vbe ~ 0.7V and r0 > 00 when the
transistor is in the forwa
Introduction to Electronics
ECSE-2050 Fall 2014 Name
Homework 1 1
Due: December 4, 2014
Problem 1) Differential gain
V$ VC
R1 R2
5k 5k
- Vout +
Vinl
-Vdd
In the above circuit, B = 100 and DC current biasing is used.
a) If the resistors R] and R2 have
Introduction to Electronics
Fall 2014
Name _
ECSE-2050
Homework 12
Due: December 4, 2014
Score will replace lowest homework score for HW1-11
Problem 1) Amplifiers
U1
+
Vin
R1
0
U2
OUT
-
20k
+
Vout
OUT
OPAMP
-
R2
60k
OPAMP
R3
60k
R4
20k
0
a) For the above
Introduction to Electronics
Fall 2014
Name _
ECSE-2050
Homework 11
Due: December 4, 2014
Problem 1) Differential gain -
Vcc
Vcc
R1
5k
R2
5k
-
Vin1
Vout
+
Q2
Q1
Vin2
I1
2mA
R3
80k
-Vdd
In the above circuit, = 100 and DC current biasing is used.
a) If the r
ECSE-ZOSO
Introduction to Electronics
Fall 2014 Name
Homework 6
Reading: 5.5-5.8
Thursdays lecture problems: 1,2,3,4
Mondays lecture problems: 5,6
Problem 1) Common Source
Vcc
02
1E4
TO
The above circuit is the same DC problem as seen in problem 3, HWS
Introduction to Electronics
ECSE2050 Fall 2014 Name
Homework 8
Reading: 6.1-6.8
Thursdays lecture problems: 1,2,3
Mondays lecture problems: 4,5
In all problems, you may assume that Vcesat ~ 0.2V and that Vbe ~ 0.7V when the
transistor is in the forward ac
Introduction to Electronics
ECSE-2050 Fall 2014 Name
47Homework 6
Reading: 5.7-5.9,6.l-3
Thursdays lecture problems: 1,2,3
Mondays lecture problems: 4,5
Problem 1) HW6, problem 6 revisited
12V
_T
R1
400
01
R3 C1
f Vout
Q2
R2
200
J.
l 2 V
In the above cir
Introduction to Electronics
Name ECSE 2010 Fall 2014 Section
Introduction to Electronics
Quiz 2
Fall 2014
Name Solos-Lima
Notes:
1) One crib sheet.
2) Sit with at least one chair between you and your neighbor.
3) Calculators are okay as long as they don
Introduction to Electronics
Name ECSE 2010 Fall 2014 Section
Introduction to Electronics
Quiz 1
Fall 2014
Notes:
1) One crib sheet.
2) Sit with at least one chair between you and your neighbor.
3) Calculators are okay as long as they dont have a wirel
Introduction to Electronics
ECSE-ZOSU Fall 2016 Name
Homework 9
In all problems, you may assume that Vcesat ~ 0.2V, Vbc ~ 0.7V and n, + 00 when the
transistor is in the forward active region. Also, the thermal voltage is Vth = 26mV.
Problem I) Basic amp
Introduction to Electronics
Fall 2016 Name _
ECSE-2050
Homework 9
In all problems, you may assume that Vcesat ~ 0.2V, Vbe ~ 0.7V and ro when the
transistor is in the forward active region. Also, the thermal voltage is Vth = 26mV.
Problem 3) Frequency char
Introduction to Electronics
Fall 2016 Name _
ECSE-2050
Homework 7
Reading: Chapters 10.1-6 (FET discussion)
Problem 1) Various amplifer gains, AV, AI, AG, AR
(The DC bias circuit componentss in this problem are identical to those in problem 1 of
HW6)
All
Introduction to Electronics
Fall 2016
Name _
ECSE-2050
Homework 4
1) Diodes Voltage regulator/limiter
R1
25
Vs
RL
100
Regulator
a) For the above circuit, design a regulator circuit for the load with the following
specifications
1. Use standard diodes with
Introduction to Electronics
Fall 2016
Name _
ECSE-2050
Homework 2
Reading: Chapter 2.5-2.8
1) Common mode and differential mode analysis
a)Determine the common mode voltage, VCM, and differential voltage, VDM, for the
following inputs. Assuming these volt
Introduction to Electronics
Fall 2016
Name _
ECSE-2050
Homework 12 - Optional
Due: December 9, 2016
Score will replace lowest homework score for HW1-11.
Solutions will not be posted, though, you may go over the problems in office
hours.
Problem 1) Amplifi
Introduction to Electronics
Fall 2016 Name _
ECSE-2050
Homework 7
Reading: Chapters 10.1-6 (FET discussion)
First problem) Various amplifer gains, AV, AI, AG, AR
(The DC bias circuit componentss in this problem are identical to those in problem 1 of
HW6)
Introduction to Electronics
Fall 2016
Name _
ECSE-2050
Homework 3
Reading: 2.7-8, (Chapter 3 concepts), 4.1-3
1) Gain Bandwidth Product
OPAMP
-
Vout
OUT
Vin
+
U1
a) Determine the LPF filter characteristics for the above voltage follower circuit
when the o
Introduction to Electronics
Fall 2016 Name _
ECSE-2050
Homework 8
Reading: 6.1-4
In all problems, you may assume that VCEsat ~ 0.2V (VBE ~ 0.7V, VBC ~ 0.5V) when the
transistor is in the saturation region and that VBE ~ 0.7V when the transistor is in the
