Products Menu

Electronics

EB 101- DC Circuits I

EB-102 DC Circuits II

EB-103 AC Circuits

EB-105 Electro Magnetism

EB-109 Motors & Generators

EB-111 Semiconductor Fundamentals I

EB-112 Semiconductor Fundamentals II

EB-113 Industrial Electronics

EB-114 Optoelectronic Semiconductors

EB-116 Position Control and Stepper Motor

EB-121 Operational Amplifiers I

EB-122 Operational Amplifiers II

EB-131 Logic Circuits I

EB-132 Logic Circuits II

EB-133 Sequential Logic

EB-134 Complex Digital Circuits

EB-141 Power Supplies

EB-145

EB-151 Introduction to Microprocessors I

EB-152 Introduction to Microprocessors II

EB-154 8031 / 8051 Peripherals

EB-153 8051 Microcontroller

EB-170 AM Communications Circuits

EB-171 FM Stereo Communications Circuits

EB-190 Autotronics I

EB-215 Feedback, Differential and Power Amplifiers

EB-191 Autotronics II board

EB-216 Oscillators, Filters and Tuned Amplifiers

EB-220 Logic Families

Autotronics

Communication

Automation

Science & Tech

AC & Refrigeration

Mobile Unit

Description

The EB-132 is a single board, comprehensive instructional module designed to teach advanced concepts of operational amplifiers to technology students.

The module can be operated as a stand-alone unit or integrated to the EB-2000 Computer Managed Laboratory.

Objectives

  • Use an AND gate circuit to determine the relationship between the inputs and output

  • Complete the AND gate truth table from experimental results

  • Write a Boolean expression for a two AND gates circuit

  • Use a two AND gate circuit to construct a 3-input AND gate

  • Obtain the output of the OR gate

  • Complete its truth table from experimental results

  • Write a Boolean expression or a two-gates circuit

  • Obtain the output of the two OR gate circuit

  • Obtain the outputs of AND-OR gate combinations

  • Construct the truth table of AND-OR gate combinations from experimental results

  • Write a Boolean equation for a combinational logic circuit

  • Use another AND-OR gate combination

  • Find faults in this kind of circuit

  • Measure input and output voltages of a gate

  • Measure input and output currents of a gate

  • Find faults in these parameters

  • Determine faults in digital circuits that simulate a real-life servicing environment

Recommended Experiments

  1. AND Gates

  2. OR Gates

  3. Combining Logic Gates 1

  4. Combining Logic Gates 2

  5. NOT Gates and Boolean Algebra

  6. Logic Levels

  7. Fault Finding

 

Home  |  About  |  Solutions  |  Products  |  Support  |  Contact  

2006 © Copyright Coral Tech Group LLC