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MAX16051ETI+T

MAX16051ETI+T Description

The MAX16051ETI+T is a highly integrated power supply monitor and sequencer IC from Analog Devices Inc./Maxim Integrated, designed for precision voltage monitoring and sequencing in complex power systems. Operating within a 2.7V to 13.2V supply range, it features a low 700 µA supply current, making it suitable for energy-efficient applications. Packaged in a compact 28-pin TQFN and delivered in Tape & Reel (TR), this RoHS3-compliant device is ideal for surface-mount designs. With an MSL 1 (Unlimited) rating, it ensures reliability in manufacturing and handling.

MAX16051ETI+T Features

• Wide Voltage Range (2.7V–13.2V): Supports diverse power rails in multi-voltage systems.
• Low Quiescent Current (700 µA): Minimizes power consumption in always-on applications.
• Power Sequencing Capability: Ensures controlled startup/shutdown of multiple power domains, preventing latch-up or damage.
• Robust Monitoring: Detects undervoltage/overvoltage conditions with high accuracy.
• Compact 28-TQFN Package: Saves board space in high-density designs.
• RoHS3 & REACH Compliant: Meets stringent environmental and safety standards.

MAX16051ETI+T Applications

The MAX16051ETI+T excels in systems requiring precise power management, such as:

• Server/Data Center PSUs: Ensures safe sequencing of CPU, memory, and peripheral voltages.
• Industrial Automation: Monitors critical rails in PLCs and motor drives.
• Telecom Infrastructure: Protects FPGAs, ASICs, and RF modules from voltage faults.
• Medical Equipment: Guarantees reliable power-up sequencing in diagnostic devices.

Conclusion of MAX16051ETI+T

The MAX16051ETI+T stands out for its low power consumption, robust monitoring, and sequencing capabilities, making it a top choice for mission-critical power systems. Its wide voltage range and compact form factor cater to modern electronics demanding reliability and efficiency. Whether in industrial, telecom, or medical applications, this IC delivers superior performance and protection, ensuring stable operation in complex power architectures.