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ISL88001IE16Z-TK is listed in the Supervisors range at ChipApex. The manufacturer field lists Renesas Electronics Corporation. Its product description is IC SUPERVISOR 1 CHANNEL SC70-3. Review the specifications below when checking this part for your BOM.
The ISL88001IE16Z-TK is a low-power voltage supervisor IC from Renesas, designed to monitor power supply voltages and reset microcontrollers. It features an ultra-low quiescent current of 160nA and operates within a temperature range of -40°C to +85°C. The device provides a push-pull, active-low reset output with a fixed trip voltage of 5V. Packaged in SC-70-3, it ensures system reliability by detecting under-voltage conditions.
Verify the exact suffix IE16Z-TK against the official Renesas datasheet to confirm pinout and electrical specifications. Ensure compatibility with your PCB footprint, specifically the SC-70-3 package dimensions. Check for any recent Product Change Notices (PCN) regarding label updates or manufacturing site changes that may affect long-term availability or compliance status.
Select this component when ultra-low standby current is critical for battery life. The fixed 5V threshold suits standard logic families. Consider the push-pull output if driving noisy environments. Verify that the required operating temperature range aligns with your application's environmental constraints before finalizing the design.
This part belongs to the ISL88001/2/3 family of voltage supervisors. These devices are engineered for applications requiring minimal power drain while maintaining accurate voltage monitoring. The series supports various trip voltages and packages, with the ISL88001 offering specific timing and output characteristics tailored for general-purpose reset functions.
Check for direct cross-references from other manufacturers offering similar 160nA supervisors in SC-70-3 packages. Ensure replacement parts match the 5V fixed trip voltage and push-pull output type. Verify thermal performance and accuracy specifications to maintain system reliability without redesigning the board.
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