Features
- Drop-in replacement for the ISL2111 and HIP2101 8 Ld SOIC, 8 Ld DFN, and 10 Ld TDFN packages
- 115VDC bootstrap supply maximum voltage supports 100V on the half-bridge
- 3A source and 4A sink gate drivers for NMOS FETs
- Fast propagation delay and matching: 15ns typical delay; 2ns typical matching
- Integrated 0.5Ω typical bootstrap diode
- Wide 6V to 18V operating voltage range
- VDD and boot Undervoltage Lockout (UVLO)
- Robust noise tolerance: wide hysteresis at inputs; HS pin tolerates up to -10V continuous
- HI/LI inputs 3.3V logic compatible with VDD voltage tolerance
Description
The HIP2211 is a 100V, 3A source, 4A sink high-frequency half-bridge NMOS FET driver. The HIP2211 features standard HI/LI inputs and is pin-compatible with popular Renesas bridge drivers such as the HIP2101 and ISL2111. Its wide operating supply range of 6V to 18V and integrated high-side bootstrap diode supports driving the high-side and low-side NMOS in 100V half-bridge applications.
This driver features a strong 3A source, 4A sink driver with very fast 15ns typical propagation delay and 2ns typical delay matching, making it optimal for high-frequency switching applications. VDD and boot UVLO protects against an undervoltage operation.
The HIP2211 is offered in 8 Ld SOIC, 8 Ld 4x4mm DFN, and 10 Ld 4x4mm TDFN packages.
Parameters
| Attributes | Value |
|---|---|
| Bootstrap Supply Voltage (Max) (V) | 115 |
| VBIAS (Max) (V) | 18 |
| Peak Pull-up Current (A) | 3 |
| Peak Pull-down Current (A) | 4 |
| Turn-On Prop Delay (ns) | 15 |
| Turn-Off Prop Delay (ns) | 15 |
| Rise Time (μs) | 0.02 |
| Fall Time | 20 |
| Temp. Range (°C) | -40 to +125°C |
| Input Logic Level | 3.3V/TTL |
| Qualification Level | Standard |
| Simulation Model Available | iSim |
Application Block Diagrams
 | DC Servo High-precision DC servo with responsive feedback and EtherCAT‑ready industrial motor control. |
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 | Hybrid Inverter This hybrid inverter system enables efficient energy storage through a hybrid architecture and MPPT algorithms. |
 | Autonomous Mobile Robot (AMR) AI-enabled AMR system with real-time control, scalable power, and compact design. |
 | Chainsaw System Chainsaw system with FOC delivers high torque, reliability, and efficiency, speeding up market readiness. |
 | 48V/3kW Motor Control for 2/3 Wheelers The 48V/3kW motor control system features a scalable inverter design, phase overcurrent fault detection, and ASIL-B safety. |
 | Advanced Automotive Domain Controller (AADC) Advanced Automotive Domain Controller integrates key systems for smarter and connected vehicles. |
 | 3-Phase RISC-V Motor Controller 3-phase motor controller with pre-programmed 32-bit RISC-V ASSP. |
 | 36V/144W BLDC Motor Controller 36V/144W BLDC motor controller with cost-optimized MCU and precise position sensing. |
 | 20-28 Cell Battery Pack (Up to 118V) Scalable 20-28 cell battery pack design with optional Bluetooth connectivity. |
 | 48V Mobility Platform This 48V mobility platform offers versatile, adaptable solutions for diverse electric mobility applications. |
 | Robot Vacuum Cleaner This smart robot vacuum features environment mapping, anti-drop, obstacle detection, auto-recharge, app control. |
 | Digital Power System High-efficiency digital power systems for EV, energy, and industrial applications. |
 | Cordless BLDC Hand Blender Lightweight, versatile cordless hand blender with fast charging, BLDC motor, and multi-speed control. |
Additional Applications
- Telecom half-bridge and full-bridge DC/DC converters
- 3-phase BLDC motor driver; H-Bridge motor driver
- Two-switch forward and active clamp converters
- Multiphase PWM DC/DC controllers
- Class-D amplifiers
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Renesas Boards & Kits
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The HIP2211EVAL3Z and HIP2211EVAL2Z boards are designed to provide a quick and comprehensive method for evaluating the HIP2211 100V, 3A source, 4A sink, high-frequency half-bridge driver for driving the gates of two N-channel MOSFETs in a half-bridge configuration. Two N-channel MOSFETs (with... Read More
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Support Communities
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High side of HIP2211 Gate Driver continuously high
I am developing a 3 phase motor control inverter board using HIP2211FBZ gate driver IC. I am facing an issue with the high side of the gate driver. I am giving complimentary PWM to both high side and low side and I am getting PWM on low side MOSFET. but ...
Feb 22, 2025 -
What needs to be reconfigured in the FSP config when switching drivers from ISL89401AR3Z to HIP2211FR8Z?
I programmed an electric bicycle motor using the MCK-RA6T2 circuit (ISL89401AR3Z driver) in E2 Studio, and I adjusted the configuration parameters so the motor ran normally when the throttle was turned. However, when I switched to the HIP2211FR8Z driver, the wheels didn't rotate automatically when the throttle was ...
May 26, 2026 -
RTK0EM0000B12020BJ Hardware design
Hi everyone, We designed a new schematic based on the RTK0EM0000B12020BJ board to control the motor, but the kit we purchased is made in Japan and has one component that doesn't match the reference design: the HIP2211FR8Z. The actual kit has a different part, with the marking code 9401FDVG ...
Feb 5, 2026
Knowledge Base
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HIP2210 / HIP2211 Full-bridge Start-up Sequence
... it is suggested you use the same RDT on both gate driver ICs to facilitate easier controls. It is very straight forward to use the HIP2211. Just provide the supply voltage and allow both the low side and high side supply to rise above UVLO in a few hundreds of ...
Apr 14, 2020 -
HIP2210 / HIP2211 Maximum Duty Ratio
The low-side driver is biased by VDD so there is no limit in the low-side duty cycle, which means it can stay on 100% of the switching cycle. The high-side driver can stay on for as long as the boot capacitor can hold up the HB supply ...
Apr 13, 2020 -
HIP2210 / HIP2211 Eval Boards Output Current Capability
The typical peak pull-up current of the gate driver is 3A. The typical peak pull-down current is 4A. The purpose of the dual footprint on the evaluation board is to provide the user with the flexibility of testing different MOSFET packages. The output LC-filter can also be ...
Apr 14, 2020
Support Communities
