ET1410: Module 3 Basic Op-Amp Circuits and Active Filters
Steven Chojnowski
Exercise 3.1 Basic
Op-Amp Circuits
Answer the following questions:
1. Determine the output level (maximum positive or maximum negative) for each comparator in Figure
1.
+/-1
+/-2
ET1410: Module 5 Timers and Voltage Regulators
Exercise 5.1
Timers and Voltage Regulators
Answer the following questions:
1. For the oscillator in Figure 1:
a. Determine the oscillation frequency of the 555 astable oscillator.
b. To what value must Cext b
ET1410: Module 5 Timers and Voltage Regulators
Steven Chojnowski
Exercise 5.1 Timers and
Voltage Regulators
Answer the following questions:
1. For the oscillator in Figure 1:
a. Determine the oscillation frequency of the 555 astable oscillator.
b. To
Cext
ET1410: Module 5 Timers and Voltage Regulators
Lab 5.1
Lab Report
Steven Chojnowski
Name:
Date:
Instructions:
Complete Part 1 of Lab 5. Once you have completed Lab 5-Part 1, complete the Lab Report.
o
Answer the questions and transcribe/transfer test resu
ET1410: Module 3 Basic Op-Amp Circuits and Active Filters
Steven Chojnowski
Exercise 3.2
Basic Filters
Answer the following questions:
1. Identify each type of filter response in Figure 1.
Band Pass
High Pass
Low Pass
Notch / Band Stop
Figure 1 800Hz
2. A
ET1410: Module 2 Op-Amp Configuration and Responses
Steven Chojnowski
8/05/16
Exercise 2.2
Op-Amp Responses
Answer the following questions:
the upper critical frequency of an op-amps open-loop response is 200 Hz. If the midrange gain is
175,000, answer t
ET1410: Module 3 Basic Op-Amp Circuits and Active Filters
Lab 3.1
Lab Report
Steven
Name:
8/12/2016
Date:
Instructions:
Complete Part 1 of Lab 3. Once you have completed Lab 3-Part 1, complete the Lab Report.
o
Answer the questions and transcribe/transfer
ET1410: Module 2 Op-Amp Configuration and Responses
Lab 2.1
Lab Report
Steven Chojnowski
Name:
8/13/2016
Date:
Instructions:
Complete Part 1 of Lab 2. Once you have completed Lab 2-Part 1, complete the Lab Report.
o
Answer the questions and transcribe/tra
ET1410: Module 1 Introduction to Operational Amplifiers
Lab 1.1
Lab Report
Characteristics of Operational Amplifiers
Name:
Date:
Instructions:
Complete the Lab Procedure. Once you have completed the lab, complete the Lab Report.
Answer the questions and t
ET1410: Module 2 Op-Amp Configuration and Responses
Lab 2.1
Lab Report
Steven Chojnowski
Name:
8/3/2016
Date:
Instructions:
Complete Part 1 of Lab 2. Once you have completed Lab 2-Part 1, complete the Lab Report.
o
Answer the questions and transcribe/tran
ET1410: Integrated Circuits
Module 1 Discussion
Steven Chojnowski
1. The type of operation an operation amplifier refers to is a Integrated circuit amplifier or known as an
op-amp. It boosts or amplifies a voltage across the circuit, depending on its oper
Project Part 1
My circuit brings in 12 volts DC, attached is a photocell which increase the resistance in its
when it receives less light. When the resistance is higher than that in the path of my amplifier the
current is directed to my amplifier which is
Steven Chojnowski
ET1410
Exercise 2-1
1) a. Negative feedback network.
b. Noninverting amplifier.
c. Inverting amplifier
2)
a. 374.3
b. 5V
c. 0.01 V
3)
a. 11
b. 101
c. 47.8
d. 23
4)
a. 49k
b. 3M
c. 84k
d. 165k
5)
a. 100000
b. -1
c. 22.3
d. -10
6)
a. 0.45A
