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ADM2914-1ARQZ-RL7 is listed in the Supervisors range at ChipApex. The manufacturer field lists Analog Devices Inc.. Its product description is IC SUPERVISOR 4 CHANNEL 16QSOP. Review the specifications below when checking this part for your BOM.
The ADM2914-1ARQZ-RL7 is a quad voltage supervisory integrated circuit designed for monitoring multiple power rails. It features four independent channels, each capable of detecting both under-voltage and over-voltage conditions for positive and negative supplies. The device utilizes an open-drain output configuration and operates within a maximum supply voltage of 6.8 V. Key adjustable parameters include the threshold voltage and reset delay time. It is housed in a 16-pin QSOP package and supports surface mount installation.
Verify component authenticity through authorized Analog Devices distributors or certified partners. Confirm that the received part matches the specific ordering suffix -RL7, which indicates tape and reel packaging. Ensure storage and handling procedures comply with moisture sensitivity levels to maintain reliability before assembly.
Select this component when a single IC solution is required to monitor four distinct voltage rails simultaneously. It is suitable for designs needing independent adjustment of trip points and reset delays for each channel. Consider the open-drain output compatibility with system logic levels and the QSOP package constraints during PCB layout planning.
This part belongs to the ADM2914 family of quad voltage supervisors from Analog Devices. It provides a compact solution for managing power integrity in systems with multiple supply lines. The device integrates functionality that would otherwise require discrete components, simplifying design complexity while ensuring reliable voltage supervision across various operating conditions.
Public confirmed substitute part numbers are not available in the provided documentation. Verify pinout and electrical specifications against potential alternatives to ensure functional compatibility without redesigning the surrounding circuitry.
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