Maxim MAX691AEWE

Overview

The MAX691AESE+T is IC SUPERVISOR MPU 16-SOIC, that includes MAX691A Series, they are designed to operate with a Battery Backup Circuit Type, Packaging is shown on datasheet note for use in a Tape & Reel (TR) Alternate Packaging, that offers Unit Weight features such as 0.023492 oz, Mounting Style is designed to work in SMD/SMT, as well as the 16-SOIC (0.154", 3.90mm Width) Package Case, it has an Operating Temperature range of -40°C ~ 85°C (TA). In addition, the Mounting Type is Surface Mount, the device is offered in Active High Open Drain Output Type, the device has a 16-SOIC of Supplier Device Package, and Output is Push-Pull, Push-Pull, and the Reset is Active High/Active Low, and Number of Voltages Monitored is 1, and the Reset Timeout is 140 ms Minimum, and Voltage Threshold is 4.65V, and the Pd Power Dissipation is 696 mW, it has an Maximum Operating Temperature range of + 85 C, it has an Minimum Operating Temperature range of - 40 C, and Operating Supply Current is 100 uA, and the Battery Backup Switching is Backup, and Part # Aliases is MAX691A, and the Supply Voltage Max is 5.5 V, and Supply Voltage Min is 0 V, and the Watchdog Timers is Watchdog, and Threshold Voltage is 4.65 V, and the Number of Inputs Monitored is 1 Input, and Manual Reset is No Manual Reset, and the Chip Enable Signals is Chip Enable, and Power Fail Detection is Yes, and the Reset Delay Time is 280 ms, and Overvoltage Threshold is 4.75 V, and the Undervoltage Threshold is 4.5 V.

The MAX691AEUE+T is Supervisory Circuits MPU Supervisor manufactured by Maxim Integrated. The MAX691AEUE+T is available in TSSOP-16 Package, is part of the PMIC - Supervisors, , and with support for Supervisory Circuits MPU Supervisor.

Features

Applications

• Medical-specific isolation transformer
• Medical-specific insulation monitor
• Transformer load monitoring equipment
• External alarm
• Display equipment
• DC stabilized power supply module
• Insulation fault location system
• Magnetic resonance imaging
• Stable power system
• Sensitive sensors