SUMMARY
Simulating mathematical equations in OrCad PSpice requires specific techniques due to its focus on circuit modeling rather than general-purpose math solving. Users must utilize behavioral models available in PSpice or adapt their equations into standard lumped models. Effective methods include employing polynomial resistors and dependent sources to represent the desired time-dependent current output. These strategies enable the design of electrical circuits that closely mimic mathematical waveforms.
PREREQUISITES
- Understanding of OrCad PSpice software
- Familiarity with behavioral modeling in SPICE
- Knowledge of lumped circuit models
- Experience with polynomial resistors and dependent sources
NEXT STEPS
- Research how to implement behavioral models in OrCad PSpice
- Learn techniques for converting mathematical equations into lumped circuit models
- Explore the use of polynomial resistors in circuit design
- Study the application of dependent sources in PSpice simulations
USEFUL FOR
Electrical engineers, circuit designers, and students looking to simulate mathematical equations in OrCad PSpice for circuit design and analysis.
