Electrical Engineering – Maple Flow Examples

In this application, we will plot the gain of an amplifier circuit, for both the ideal and non-ideal response.

Heat is generated when current flows through a cable. The ampacity of a cable is the amount of current a cable can carry without exceeding its temperature rating. Accurately estimating ampacity is critical to minimizing the total lifetime cost of a cable installation.

An electrical engineer is asked to design a coaxial transmission line with a characteristic impedance of 50 Ω and a phase velocity of at least 1.8 ×10 m/s. This application will calculate the outer radius of the cable.

A differential amplifier is to be used to design a unipolar to bipolar converter. The input and output voltage ranges are known. Given a voltage reference, the resistances are to be calculated

This application derives the equations for an equivalent circuit model of a MOSFET

This application will calculate the lengths and of two shunt stubs that match the load to the impedance of a transmission line.

Extreme Value Analysis (EVA) is a process in which the behavior of a circuit is simulated for every permutation of extreme component parameters in combination with every permutation of extreme values for all other components. This application performs an extreme value analysis of a circuit with a photodiode-generated current and an op-amp, though the principles can be extended to any circuit.

This application calculates the optimum design parameters for an X-band pyramidal antenna.

The behavior of a photovoltaic diode is often modeled with an equivalent circuit and described by an implicit diode equation.

An unbalanced 3-phase Wye-connected load is connected to a balanced 3-phase four-wire source. The load impedances and line voltage are known.

This application calculates the currents in the system, and the total power drawn by the load.

This application calculates the voltages in a power supply

This application performs a worst case circuit analysis of an electrical circuit using a Monte Carlo approach.