MAX801NCSA+ Overview

As far as the mounting terminals of this voltage supervisor are concerned, it has 8 in total. This power ic is packaged in a way that looks like a Tube. The purpose of this IC management is to provide you with a reference of 1 functions. On this supervisor, there is a series of 1 channels that can be found. Please refer to power management for 8-SOIC (0.154, 3.90mm Width) functions. There are a number of benefits that this PMIC has in common with other Battery Backup Circuit manage ics. In order to ensure a good reflow performance, the package peak reflow temperature must be set at 260. IC management conducts at a voltage of 5V. When a supply voltage of 1 is applied to the power ic, it conducts. The power management is mounted by Surface Mount. There is a subcategory called Power Management Circuits for this power management. A total of 8 pins are located on this power management. This power management has 8 pins. I should note that the minimum supply voltage (Vsup) for this IC management should be at least 0V, which is the minimum supply voltage that should be applied. This IC power should be powered by no more than 5.5V volts of supply voltage (Vsup). The mounting type of the supervisors is Surface MountYou should set the supervisor's temperature during 0°C~70°C TA . For this power management, there is an 68μA volt supply current. In addition, IC management are other features such as [0], to mention only a few. You can always use MAX801, the base supervisor number, to search for similar PMICs of the manufacturer. In order to operate this power management, it requires 5V volts of power.

MAX801NCSA+ Features

Battery Backup Circuit type
Minimum supply voltage of 0V
68μA operating supply current

MAX801NCSA+ Applications

There are a lot of Maxim Integrated MAX801NCSA+ Voltage Supervisors applications.

• Computer applications
• Functional modules
• Low voltage/high power - AI, GPU
• Medical-specific insulation monitor
• Important electronics for automotive safety
• Leakage current detection
• External alarm
• Magnetic resonance imaging
• Unattended substation automation
• Sensitive sensors