Worst-Case Circuit Analysis – Maple Flow Examples

This application performs a full factorial WCCA of a voltage divider. The technique allows you to use either symmetric or asymmetric tolerances.

This application performs a Worst-Case circuit analysis of a Sallen-Key Low Pass circuit.

This application performs an extreme value analysis of a photodiode circuit. Light hits a photodiode and generates a current. A non-inverting op-amp then produces a linearly-proportional voltage from the photodiode current. Capacitors are ignored - hence this is a DC analysis.

This application analyses the performance of a photodiode circuit using a Monte-Carlo approach.

This application performs a Worst-Case analysis for a three-pin regulator circuit.

Two methods - extreme value analysis and sensitivity analysis - are employed.

In this application, the Worst-Case analysis for the temperature sensor interface circuit is performed. The circuit consists of a thin film Resistance Temperature Detector (RTD), op-amp and other passive devices in order to convert temperature to voltage and adjust voltage to the input voltage range of AD converter.

This Maple application analyzes the worst-case behaviour of a broadband pulse transformer. Both the DC and AC behaviour is investigated.

This Maple application analyzes the Worst-Case performance of a three-pin regulator.

This application needs the Global Optimization Toolbox to run.