However, for engineers simulating an inverter circuit in , a massive problem arises: There is no native EGS002 component in the default library.
| Feature | Real EGS002 | Simulated EGS002 (Library) | | :--- | :--- | :--- | | Dead-time (300ns) | Hardware controlled | Modeled as DELAY gate | | Over-current trip | 0.5V threshold | Works if comparator model included | | Soft Start | 1.5 seconds | Works (if timer modeled) | | Temperature drift | Present | None | | Bootstrapping for high side | Requires external cap | Often ignored (ideal drivers) | egs002+proteus+library+full
Introduction In the world of power electronics, the EGS002 is a household name. It is a driver board based on the IR2110 and the EG8010 ASIC (Application-Specific Integrated Circuit), designed specifically for single-phase pure sine wave inverters. It generates high-resolution SPWM signals and includes dead-time control, soft start, and closed-loop feedback. However, for engineers simulating an inverter circuit in
However, for engineers simulating an inverter circuit in , a massive problem arises: There is no native EGS002 component in the default library.
| Feature | Real EGS002 | Simulated EGS002 (Library) | | :--- | :--- | :--- | | Dead-time (300ns) | Hardware controlled | Modeled as DELAY gate | | Over-current trip | 0.5V threshold | Works if comparator model included | | Soft Start | 1.5 seconds | Works (if timer modeled) | | Temperature drift | Present | None | | Bootstrapping for high side | Requires external cap | Often ignored (ideal drivers) |
Introduction In the world of power electronics, the EGS002 is a household name. It is a driver board based on the IR2110 and the EG8010 ASIC (Application-Specific Integrated Circuit), designed specifically for single-phase pure sine wave inverters. It generates high-resolution SPWM signals and includes dead-time control, soft start, and closed-loop feedback.
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