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AP2411SN-7 is listed in the Power Distribution Switches, Load Drivers range at ChipApex. The manufacturer field lists Diodes Incorporated. Its product description is IC PWR SWITCH P-CH 1:1 6DFN2020. Review the specifications below when checking this part for your BOM.
The AP2411SN-7 is a single-channel high-side power switch IC from Diodes Incorporated, designed for USB power distribution applications. It operates within a supply voltage range of 2.7 V to 5.5 V and delivers a continuous output current of 2 A with a fixed current limit of 2.5 A. The device features a maximum on-resistance of 70 mOhms, ensuring efficient power delivery. It supports fast switching with typical rise and fall times of 100 us. The component is housed in a UDFN-6 surface-mount package and functions reliably across an operating temperature range of -40°C to +85°C.
Verify the specific suffix SN-7 corresponds to the UDFN-6 package when sourcing. Confirm RoHS compliance status through official manufacturer documentation prior to integration. Ensure design compatibility with the 2.7 V to 5.5 V input voltage range. Check for any recent product change notifications that may affect pinout or electrical characteristics.
Select this component for designs requiring a compact single-channel solution with low on-resistance. The UDFN-6 package suits space-constrained PCB layouts. Consider the 2 A continuous current rating against peak load requirements. Verify that the 70 mOhm resistance meets efficiency targets for the specific application voltage.
This part belongs to the AP2411 series of USB power switches manufactured by Diodes Incorporated. The series offers various package options including MSOP-8 and U-DFN3030-8 variants like the AP2411AMP-13 and AP2411FGE-7. These devices share similar electrical specifications but differ in physical footprint and thermal performance characteristics.
The AP2411FGE-7 serves as a pin-compatible alternative in a U-DFN3030-8 package, though it exhibits a higher on-resistance of 84 mOhms. Designers must verify thermal dissipation capabilities due to the increased resistance value.
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