MAX6762TALTD3+T Overview

Power management is mounted through 8 terminals. Power management is packaged in a Strip way. In this PMIC, you can find 1 functions for your reference. It is possible to find on this power management a series of 2 channels. For your reference, this PMIC includes a list of 8-WDFN Exposed Pad functions. There are a lot of similarities between this IC power and other Multi-Voltage Supervisor products. As specified in the package specification, the peak reflow temperature of the package is set at 260. There is a voltage supply of 3.6V for the PMIC chip, and the chip conducts at that voltage. IC management is possible to find a succession of 2 voltages that have been checked. The power management is mounted by a Surface Mount-axis. In this case, this PMIC chip can be sub-categorized as a Power Management Circuits chip. A total of 8 pins are located on this power management. Pin count of the power management is 8. There should be a minimum voltage supply (Vsup) of 1V for this PMIC. The supply voltage (Vsup) should not exceed 6V volts in this IC power. The recommended mounting type for IC management is Surface Mount. This power management is the recommended temperature range for the supervisors: -40°C~125°C TA. When this power management system is in operation, it produces an output voltage of Open Drain or Open Collector. It is estimated that the voltage supervisor's supply current is 13μA. It is always advisable to use MAX6762, the base supervisor number, when searching for similar PMICs from the manufacturer.

MAX6762TALTD3+T Features

Multi-Voltage Supervisor type
Minimum supply voltage of 1V
13μA operating supply current

MAX6762TALTD3+T Applications

There are a lot of Maxim Integrated MAX6762TALTD3+T Voltage Supervisors applications.

• External alarm
• Military communications
• Radar
• Power distribution systems of operating room
• Leakage protection
• Sensitive sensors
• Electric heating appliances
• DC stabilized power supply module
• Important electronics for automotive protection
• Detection of phase sequence