MAX16006ATG+T Overview

This voltage supervisor has a total of 24 mounting terminals that can be used for mounting. Packaged in a Tape & Reel (TR)-shape, IC management comes with a number of features. Please refer to this PMIC for 1 functions. Power management consists of 8 channels, each of which can be used independently. The purpose of this IC power is to provide you with a reference of 24-WFQFN Exposed Pad functions. Compared to other Multi-Voltage Supervisor products, this PMIC has a lot of benefits to offer. Specifies a reflow peak temperature of 260 for the package during reflow. In a 3.3V supply voltage, the power management conducts. Power management conducts at a voltage of 8. Power management is included in the Surface Mount mount. This power ic can be sub-categorized as Power Management Circuits. The total number of pins on this power management is 24. The pins of the power management system count 24. Supply voltage (Vsup) should be at least 1V for this power management. The supply voltage (Vsup) should not exceed 5.5V volts in this IC power. Surface Mount is the recommended mounting type. It is recommended that the supervisor be set to this temperature: -40°C~125°C TA. As a result of this supervisor's operation, the output voltage is Open Drain or Open Collector. It is estimated that the voltage supervisor's supply current is 50μA. The other features include, for example, [0], which is just one example. You can always use MAX16006, the base supervisor number, to search for similar PMICs of the manufacturer. It requires 2.5/5V watts of power to operate this voltage supervisor.

MAX16006ATG+T Features

Multi-Voltage Supervisor type
Minimum supply voltage of 1V
50μA operating supply current

MAX16006ATG+T Applications

There are a lot of Maxim Integrated MAX16006ATG+T Voltage Supervisors applications.

• Power distribution systems of infant care room
• Display equipment
• emergency room
• Power distribution systems of CCU
• External alarm
• Microcontroller system
• Power communication system
• Utility meter
• Detection of phase sequence
• Sensitive sensors