Engineering Principles Topics	Electronic Engineering   Mechanical Engineering
"Principles of Electronic Engineering"	Hampden Engineering Corp.
Provides the engineering student with the equipment and components needed to build and test fundamental to advanced electronic circuits: Series and Parallel Resonance Response of an RC Circuit Response of an RLC Circuit Frequency Response of Different Filters Study of Transfer Functions of Simple Circuits using Bode Plots Simple Resistive Circuits Switching Circuits Resistance Networks Dependent Sources and Operational Amplifiers Sinusoidal Steady State Analysis Integrating and Differentiating Amplifiers Operational Amplifiers in AC Steady State Analysis
"Mechanical Transfer System"	Hampden Engineering Corp.
The Hampden Model H-MTS-3 Mechanical Transfer System is designed to provide students with an understanding of mechanical drives and linkages.  This will provide the foundation needed for the study of more advanced machines.  Contains all the materials necessary to perform 40 experiments, even a fractional horsepower DC motor.  All of the equipment comes in a steel case with carrying handle and locking detachable front cover.
Topics for Drive Experiments: Mechanical Components Gear Diameters Gear Teeth Displacement Velocity Ratio Torque Ratio Simple Trains Internal Gears Planetary Trains Helical Gears Bevel Gears Rack and Pinion Worm and Wheel Counter Rotators Mechanical Differentials Spring Mechanisms Inertial Effect Belt Drives Pulley Blocks Differential Hoists Chain Drives Toothed Belts Disk Drives Rotary Cams Universal Joints	Topics for Linkage Experiments: Class-One Levers Class-Two Levers Class-Three Levers Four-Bar Introduction Crank-Rocker Mechanisms Drag-Link Mechanisms Four-Bar Summary Slider-Crank Mechanism Quick Retrun Mechanism I Introduction to the Geneva Mechanism Loading Geneva Mechanism Sliding-Link Mechanism Quick Retrun Mechanism II Computing Mechanisms (Calculus) Rachet Mechanisms
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