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The UMH2NFHATN is a dual N-channel MOSFET integrated into a compact SOT-323 surface-mount package. This component features two independent transistors within a single housing, designed for efficient power switching in portable electronics. Key electrical characteristics include a drain-source voltage rating of 50V and a continuous drain current capability suitable for low-power applications. The device utilizes Rohm's proprietary V-MOS technology to achieve low on-resistance, enhancing energy efficiency. It is engineered for high reliability and thermal stability, making it appropriate for battery-powered devices where space constraints are critical.
Verify the specific suffix codes against official Rohm Semiconductor documentation to ensure exact pinout and electrical specifications match your design requirements. Confirm that the package type corresponds precisely to the intended PCB layout. Cross-reference the manufacturing date code and quality certifications with authorized distributors to guarantee authenticity and compliance with relevant standards before finalizing procurement orders.
Select this component when a dual N-channel solution is required in an ultra-small form factor. Ensure the application voltage does not exceed the 50V rating and that the current demands align with the device's thermal dissipation capabilities in the SOT-323 package. Consider the gate charge characteristics if high-speed switching is necessary for the target circuit design.
This part belongs to Rohm's UMH series of dual MOSFETs, which are optimized for space-constrained applications. The series offers various voltage and current ratings to suit different power levels while maintaining a consistent small outline transistor package style. These components are widely used in modern electronics where miniaturization and efficiency are paramount design drivers.
Check for direct substitutes from other manufacturers offering identical pinouts and electrical parameters in the SOT-323 package. Verify compatibility regarding threshold voltages and on-resistance values to ensure seamless integration without redesigning the surrounding circuitry or thermal management solutions.