The Infineon IR2136STRPBF is a high-voltage, high-speed three-phase gate driver IC designed for power conversion and motor control applications. It provides three independent half-bridge drivers with six outputs for driving N-channel power MOSFETs and IGBTs.
Built using high-voltage integrated circuit (HVIC) technology, the device features floating high-side driver channels that support bootstrap operation, with a high-side voltage capability of up to 600V. Its logic inputs are compatible with 3.3V logic levels, allowing integration with common microcontrollers and digital control systems.
The IR2136STRPBF incorporates enable control, overcurrent shutdown, undervoltage lockout, and fault reporting. When an overcurrent or undervoltage fault occurs, the fault signal can alert the external controller, while recovery follows the device’s specified fault-reset mechanism. Matched propagation delays across the driver channels help simplify three-phase power driver design.
Housed in a 28-pin wide-body SOIC package, this gate driver is suitable for industrial motor control, home appliances, power tools, air conditioning systems, and other power electronics applications.
Key Features:
- Brand: Infineon Technologies
- Manufacturer Part Number: IR2136STRPBF
- Component Type: High-Voltage Three-Phase Gate Driver IC
- Driver Outputs: 6
- Driver Configuration: 3 Independent Half-Bridges
- High-Side Voltage Capability: Up to 600V
- Gate Driver Supply Voltage: 10V–20V
- Output Source Current: 200mA typical
- Output Sink Current: 350mA typical
- Logic Compatibility: 3.3V Logic
- Protection Features: Overcurrent Shutdown, Undervoltage Lockout, and Fault Reporting
- Package: 28-Pin Wide-Body SOIC (SOIC-28W)
- Mounting Type: Surface Mount (SMD)
- Applications: Three-Phase Motor Control, Industrial Drives, Home Appliances, Power Tools, and Power Conversion Systems
Before purchasing or integrating this device, consult the official Infineon datasheet to verify supply conditions, gate drive capability, protection thresholds, thermal requirements, and application circuit design.
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