Manufacturer Part Number
IR38064MTRPBF
Manufacturer
infineon-technologies
Introduction
The IR38064MTRPBF is a high-performance step-down (buck) regulator, part of infineon-technologies' SupIRBuck® series, designed for power management applications.
Product Features and Performance
High efficiency and power density
Wide input voltage range from 1.2V to 21V
Adjustable output voltage from 0.5V to 18.06V
High output current capability up to 35A
Variable switching frequency from 400kHz to 1.5MHz
Integrated synchronous rectifier for improved efficiency
Surface mountable with a 34-PowerVFQFN package
Product Advantages
Exceptional thermal performance
Flexible and programmable switching frequency for optimized performance
Compact design allowing for size-sensitive applications
Enhanced power density and efficiency reduce system heat and improve reliability
Key Technical Parameters
Voltage Input (Min): 1.2V
Voltage Input (Max): 21V
Voltage Output (Min/Fixed): 0.5V
Voltage Output (Max): 18.06V
Current Output: 35A
Frequency Switching: 400kHz ~ 1.5MHz
Package / Case: 34-PowerVFQFN
Quality and Safety Features
Built-in overcurrent and thermal protection
Under-voltage lockout (UVLO) for enhanced safety
Compatibility
Compatible with a broad range of input sources and load conditions
Designed for easy integration into various power systems
Application Areas
Computing and server power supplies
Telecommunication equipment
Networking hardware
Industrial and automation systems
Product Lifecycle
Currently in Active status
Not indicated as nearing discontinuation
Replacement or upgrade paths may be available within the SupIRBuck® series
Several Key Reasons to Choose This Product
Highly efficient and reliable for critical power management needs
Versatile input and output voltage ranges to suit a wide array of applications
High output current capacity for demanding electronic loads
Programmable switching frequency allows design flexibility and optimization
Robust protection features ensure long-term reliability
Compact form factor enables use in space-constrained environments