S-1701F3024-U5T1G

Overview

The S-1701F3024-U5T1G is a specialized low-dropout regulator manufactured by ABLIC Inc., designed for battery conversion applications. It features a single output configured in the SOT-89-5 surface-mount package. The device provides a fixed output voltage of 3V and supports an output current of up to 100mA. Key electrical specifications include a maximum dropout voltage of 210mV at 100mA, line regulation of 0.2% per volt, and load regulation of 40mV. It operates within a temperature range of -40°C to +85°C.

Feature Summary

• Integrated battery conversion functionality optimized for power management
• Low dropout characteristic ensuring stable regulation under varying loads
• Compact SOT-89-5 surface mount package design

Applications

• Battery-powered portable electronic devices
• Voltage conversion circuits in mobile systems
• Power management units requiring fixed 3V output

Procurement Notes

Verify the specific suffix U5T1G against official ABLIC documentation to confirm package type and marking details. Ensure compatibility with required thermal dissipation standards for the SOT-89-5 footprint. Cross-reference the 3V fixed output specification with system requirements before integration.

Selection Notes

Select this component when a dedicated battery converter with 100mA capacity is needed. Compare dropout voltage limits against minimum input voltage constraints. Evaluate the SOT-89-5 package size against board space limitations relative to other LDO options in the S-1701 series.

Part Context

This part belongs to the S-1701 series from ABLIC, which includes various LDO regulators and voltage detectors. While similar models like the S-1701Y3342 offer dual outputs, the F3024 variant is specifically tailored for single-output battery conversion tasks. It shares the manufacturer's focus on compact PMIC solutions.

Replacement Considerations

The S-1701B3024-U5T1G and S-1701W3024-U5T1G are related variants within the same family. Verify if alternative pinouts or specific regulatory differences exist between these codes before substitution.