Proteus Library ((better)): Ir2110

If you cannot find a reliable IR2110 Proteus library, consider a workaround: use . Proteus allows you to create a hierarchical block based on the IR2110’s functional diagram. While time-consuming, this approach gives complete control. Alternatively, use the IR2101 (similar but lower current) if available, or import a SPICE model from Infineon into Proteus via the SPICE pragmas .

Some libraries available online are “simulation-ready” (they work out of the box), while others are merely schematic symbols without a simulation model. Ensure you download a . Ir2110 Proteus Library

Map to Proteus pins: pin9=VDD, pin10=HIN, pin11=SD, pin12=LIN, pin13=VSS, pin3=VCC, pin2=COM, pin1=LO, pin5=VS, pin6=VB, pin7=HO If you cannot find a reliable IR2110 Proteus

If the IR2110 is missing from your Proteus library, you can add it following these steps: Alternatively, use the IR2101 (similar but lower current)

The IR2110 is a high-speed, high-voltage power MOSFET and IGBT driver. While it is widely used in power electronics, finding a specific scholarly "paper" dedicated solely to its Proteus library is rare; instead, documentation typically focuses on its implementation in simulation environments like Proteus to test H-bridge circuits, inverters, and motor controllers.

By default, Proteus is installed in your Program Files directory. The typical path is: C:\Program Files (x86)\Labcenter Electronics\Proteus 8 Professional\LIBRARY

Before diving into simulation, let’s briefly recap what makes the IR2110 so special. It is a designed for high-voltage applications (up to 600V). Its key features include: