Ir2110 Library For Proteus 8 Updated May 2026
Here’s a structured feature set for a Proteus 8 library component of the IR2110 MOSFET/IGBT driver IC.
- Use a PWM signal generator or a microcontroller (like Arduino or PIC) to provide the input signals.
- The IR2110 has two inputs: HIN (High-side input) and LIN (Low-side input).
- Tip: For simple testing, connect both inputs to the same PWM source.
Component Summary
- Name: IR2110
- Type: High- and low-side MOSFET/IGBT driver (dual-channel)
- Package: DIP-16 or SOIC-16 (choose matching footprint)
- Pins: 16
- Key features: High-side floating driver (bootstrap), 500 V maximum VCC-HS capability (device rating dependent), logic-compatible inputs, undervoltage lockout (UVLO), complementary outputs (HO, LO).
- Pin 1: LO
- Pin 2: COM
- Pin 3: Vcc
- Pin 4: /SD (Shutdown)
- Pin 5: LIN
- Pin 6: HIN
- Pin 7: Vss (Logic Ground)
- Pin 8: HO
- Pin 9: Vs
- Pin 10: VB (Bootstrap)
- Pins 11,12,13,14: NC (No Connect)
Issue 2: Simulation Runs but No Output
Expected Results (showing correct library operation):
- Low-side output (LO) follows LIN precisely (with ~150ns delay).
- High-side output (HO) follows HIN, but floating above VS. HO voltage should be VS + 12V.
- Bootstrap capacitor charges when VS is low (low-side MOSFET on).
- UVLO prevents output if VCC < 9V.
Step 5: Restart Proteus 8.
The IR2110 MOSFET/IGBT driver is not always included in the default Proteus 8 installation, often requiring a manual library addition or the use of its integrated web search feature to import the model How to Get the IR2110 Library ir2110 library for proteus 8