Computer Aided Electronics Program - Hampden Engineering Corporation

Computer Aided Electronics Program

Combining the teaching potential of Computer-Aided Instruction
with the proven power of Hands-On Training.

Select a product from the listing below or scroll down to browse.

Revolutionize your classroom with the new Hampden
Series H-CAI Computer-Aided Instructional Systems,
combining the teaching potential of Computer-Aided
Instruction with the proven power of Hands-On Training.

PROBLEM-SOLVING
The Hampden H-CAI system emphasizes Problem-Solving and Record-Keeping, with an integrated hands-on approach through the use of hardware, software, and courseware working in unison. COMPLETE INTEGRATION Each H-CAI program is a complete training package consisting of curriculum-matched hardware with accompanying self-paced computer software and courseware.

FLEXIBLE

The H-CAI Programs are multi-level, computer-aided instructional programs that combine hardware and software to provide complete training on a selection of electrical, electronic, and microprocessor training programs. Selections may include:

Electricity
Basic Electronics
Electronics

Communication Electronics
Digital Electronics
Microprocessors

SELF-PACED

The interactive software allows student to work independently and at their own pace, freeing the instructor to provide special assistance and guidance where needed.

INTERACTIVE
This interactive system is designed to operate on any PC-compatible computer. The student is presented with problem circuits on the computer screen, which they then connect in hardware and analyze. The results of the analysis provide the answers to the computer questions.

All courseware includes student text, workbook and instructor's text.

STUDENT TRACKING
The software allows for student interaction by means of Pre-Test and Post-Test questions with immediate feedback. Student responses to the Pre-Test and Post-Test questions are tracked on an individual chapter by chapter basis, further facilitating the instructor's task. Hardcopy tests are provided in the integrated courseware.

SOFTWARE FEATURES

Problem Solving
Record Keeping
Animation
Student Tracking Capability
Interactive Response Units for Immediate Feedback
Pre-Test Questions

Post-Test Questions
Readily Available Formulae
Curriculum Map
Electronic Symbols Library
Action Summary

HARDWARE FEATURES

Convenient Storage and Carrying Case
Neat Work Areas

Ease of Circuit Assembly
Individually Mounted Components

COURSEWARE FEATURES

Background Theory
Easy to Follow Sequence
Tests

Supplemental Workbooks
Instructor's Guides

MODEL H-CAI-EE (Electricity)

This interactive hardware/software module assumes no previous training in electricity. A unified presentation of subjects enables students to develop an understanding of electricity and its applications.

Courseware: Fowler's Electricity: Principles and Applications

Topics covered:

Basic Concepts
Electrical Quantities and Units
Basic Circuits Laws and Measurements
Multiple-Load Circuits
Complex-Circuit Analysis

Magnetism and Electromagnetism
Alternating Current and Voltage
Power in AC Circuits
Capacitance and Inductance
Transformers and Electric Motors

MODEL H-CAI-BE (Basic Electronics)

The introductory module covers the basic laws governing circuit behavior. It also provides a solid introduction to passive and reactive components, linear amplifiers and TTL devices.

Courseware: Grob's Experiments in Basic Electronics

Topics covered:

Direct Current

Alternating Current

Circuits

Network Theorems

Measurements

Filters

Magnetism

Resonance

Solid-state Electronics

Transistor Amplifiers

Integrated Circuits

Digital Electronics

MODEL H-CAI-EL (Electronics)
This comprehensive exploration and analysis module provides an introduction to analog circuit design and its application to classes of amplifiers. The course also provides and introductory look into electronic communication circuits.

Courseware: Schuler's Electronics: Principles and Applications

Topics covered:

Semiconductors

Junction Diodes

Power Supplies

Junction Transistors

Small-signal Amplifiers

Large-signal Amplifiers

Operational Amplifiers

Amplifier Troubleshooting

Oscillators

Radio Receivers

Linear Integrated Circuits

Electronic Control Devices

Regulated Power Supplies

MODEL H-CAI-DE (Digital Electronics)
This modern module provides a concise explanation of TTL circuits. The lab experiments introduced are comprehensive in scope, providing a solid grounding in basic digital theory, circuit simplification and design techniques.

Courseware: Roger Tokheim's Digital Electronics

Topics covered:

Digital Electronics

Numbers We Use in Digital Electronics

Binary Logic Gates

Using Binary Logic Gates

IC Specifications and Simple Interfacing

Encoding, Decoding, and Seven-segment Displays

Flip-flops

Counters

Shift Registers

Arithmetic Circuits

Memories

Digital Systems

Connecting with Analog Devices

MODEL H-CAI-CE (Communication Electronics)
This complete stand-alone module covers the basic laws governing circuit behavior. It also provides a solid introduction to passive and reactive components, linear amplifiers and TTL devices.

Courseware: Communication Electronics by Louis Frenzel, Jr.

Topics covered:

Intro to Electronic Communications

Amplitude Modulation and Single-Sideband Modulation

Amplitude Modulator Circuits

Frequency Modulation

Frequency Modulator Circuits

Radio Transmitters

Communications Receivers

Multiplexing

Antennas and Transmission Lines

Microwave Techniques

Intro to Satellite Communications

Data Communications

Fiber-optic Communications

Modern Communications Applications

MODEL H-CAI-M (Microprocessors)
This module provides coverage of 8-bit processor architecture, instructions, and applications, as well as an introduction to 16-bit processors. Three 8-bit and 16-bit processors are used as examples to enhance realism and practicality. Interfacing, trouble-shooting, and development systems are covered.

Courseware: Gilmore's Microprocessors: Principles and Applications

Topics covered:

What is the Microprocessor?

The Decimal & Binary Number Systems

Processor Arithmetic

Basic Microprocessor Architectural Concepts

Inside the Microprocessor

An Introduction to Microprocessor Instructions

Communicating with the Microprocessor

Two 8-bit Microprocessors: Z80 & 6802

Single-chip 8-bit Microprocessor

Sixteen-bit Microprocessors

Memory & Mass Storage

Microprocessor I/O

Introduction to Programming

LABORATORY EQUIPMENT

All of the H-CAI programs require accessory equipment, such as power supplies, meters, and test equipment, such as power supplies, meters, and test equipment for monitoring. Hampden supplies a variety of high-quality equipment, such as shown in this photo, to create a complete workstation as specified or required.

Some of the required equipment includes:

Power supplies (single and dual, AC/DC)

Digital and Analog Multimeters

Oscilloscopes

Frequency counters

Signal Generators

In addition, Hampden can tailor the work area to the program to create the appropriate work surface in order to maximize the hands-on learning experience.

For example, the setup in the accompanying photo shows a workstation configured with the H-CAI-CS Computer System built into the turret leg to free up as much work area as possible.

All Hampden units are available for operation on any voltage/frequency input.

MODEL H-CAI-CS (Computer System)
All of the H-CAI programs contain software for DOS-compatible computer system. Hampden offers the Model H-CAI-CS Computer System, an Intel 486-based American-made computer, complete with high-resolution super-VGA monitor, keyboard and mouse. This system offers enough power and capacity to accommodate all of the software for the Hampden H-CAI series, as well as any future modules.

MODEL H-CAI-NI (Network Interface Package)
Optionally, all of the computers, student and instructor, can be linked together via a network to provide a comprehensive Teacher Management System for hands-on remote monitoring. This system is achieved through the use of a computer network that links each student station via coaxial cable to the teacher's computer.

This setup require the Hampden Model H-CAI-NI Network Interface package, which consists of network software, Ethernet board and coaxial cable. One package is required for each student station and for the Instructor's computer.

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