MAX16033PLB31+T Overview

There are 10 mounting terminals on the voltage supervisor, each of which has a different function. It is packaged with Tape & Reel (TR). The purpose of this IC management is to provide you with a reference of 1 functions. There are 1 channels available on this supervisor, and each channel has a different function. IC management is packaged as a 10-WFDFN package. There are many benefits that this IC power shares with other Battery Backup Circuit products as well. There is a specification for the peak reflow temperature of the package to be 260. IC management is possible to find a succession of 1 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. In total, it has 10 pins on IC management. Power managment ic pin count is 10. In order for this IC power to function, the supply voltage (Vsup) cannot be less than 0V. There should be no more than 5.5V volts of maximum supply voltage (Vsup) in this power management. A Surface Mount mounting type is recommended. This range of temperature should be set for the supervisors: -40°C~85°C TA. When this power management system is in operation, it produces an output voltage of Open Drain or Open Collector. There is a supply current of 22μA for the power management. If you want to search for similar IC managements of this manufacturer, you can always refer to MAX16033, which is the base power ics number. To be able to work, this power management requires 2.5/5V volts of power.

MAX16033PLB31+T Features

Battery Backup Circuit type
Minimum supply voltage of 0V
22μA operating supply current

MAX16033PLB31+T Applications

There are a lot of Maxim Integrated MAX16033PLB31+T Voltage Supervisors applications.

• Automotive power systems
• Cloud computing
• Transformer load monitoring equipment
• Smart meter
• External alarm
• Detection of phase sequence
• Power distribution systems of ICU
• Magnetic resonance imaging
• Detection of phase imbalance
• Analog circuit