SUMMARY
This discussion focuses on simulating leakage current using 5Spice Analysis, particularly from reverse bias diodes and dirty PCBs. The user experienced unexpected results when employing a current source across the load in a basic voltage divider configuration. Key insights include the importance of the diode model's reverse saturation/leakage current ("Is") and the impact of SPICE's internal resistor configurations on simulation accuracy. The user also highlighted the need for accurate component modeling to prevent errors in high-voltage applications.
PREREQUISITES
- Understanding of SPICE simulation tools, specifically 5Spice Analysis.
- Knowledge of diode characteristics, including reverse bias and leakage current.
- Familiarity with voltage divider circuits and current source configurations.
- Basic principles of high-voltage testing and insulation measurement techniques.
NEXT STEPS
- Explore advanced SPICE modeling techniques for accurate diode simulations.
- Research the effects of parasitic components in SPICE simulations.
- Learn about high-voltage circuit design and testing methodologies.
- Investigate error estimation techniques for protection diodes in voltage dividers.
USEFUL FOR
Electrical engineers, circuit designers, and anyone involved in high-voltage testing or SPICE simulations will benefit from this discussion.