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The 2SJ471-E is a silicon P-channel DV-L MOS FET manufactured by Renesas Electronics Corporation. It is designed for high-speed power switching applications. The device features a TO-220AB package with three terminals. Key electrical characteristics include a drain-source breakdown voltage of 30V and a drain-source resistance of 60mΩ. The maximum power dissipation is rated at 30W, and the maximum operating temperature reaches 150°C. The component is lead-free and RoHS compliant.
Verify the manufacturer designation as Renesas Electronics Corporation or its predecessor Hitachi Semiconductor, as part numbers may have been transferred. Confirm the specific suffix '-E' denotes the correct revision and compliance status. Ensure the package type matches the required TO-220AB form factor. Check for RoHS compliance documentation to meet environmental regulations. Validate the electrical parameters against the official datasheet before integration into designs.
Select this component when a P-channel MOSFET with 30V breakdown voltage and low on-resistance is required. Consider the TO-220AB package for adequate heat dissipation in moderate power applications. Evaluate the 60mΩ drain-source resistance for efficiency needs. Ensure compatibility with high-speed switching requirements. Verify that the 30W power dissipation rating suits the thermal design constraints of the target application.
The 2J471 series originates from Hitachi Semiconductor and was later integrated into Renesas Electronics Corporation's portfolio following corporate mergers. The 'DV-L' designation refers to a specific MOS FET technology optimized for performance. This component represents a legacy power switch solution still referenced in designs requiring reliable P-channel switching capabilities within specified voltage and current limits.
Direct substitutes may include other P-channel MOSFETs with similar 30V V(BR)DSS and <60mΩ RDS(on) ratings in TO-220 packages. Verify pinout compatibility and thermal characteristics. Cross-reference with Hitachi/Renesas equivalent listings if available. Ensure any replacement maintains the same switching speed and power dissipation capabilities.