MAX792SCSE+ Overview

As you can see, this power management is mounted through 16 terminals. There is a Tube-packaging method applied to IC management. Please find attached 1 functions for your reference in this IC power. There are 1 channels on this power managment ic that can be found in a series. The purpose of this IC power is to provide you with a reference of 16-SOIC (0.154, 3.90mm Width) functions. This IC power shares lots of benefits with other Simple Reset/Power-On Reset products. There is a specification for the peak reflow temperature of the package to be 260. In a 5V supply voltage, the power management conducts. When a supply voltage of 1 is applied to the power ic, it conducts. The power management is mounted by Surface Mount. The power management system can be categorized as a Power Management Circuits chip. In total, the power management has 16 pins in it. 16 pins make up the power management. In order for this IC power to function, the supply voltage (Vsup) cannot be less than 2.75V. Voltage (Vsup) shouldn't exceed 5.5V volts in this PMIC. The mounting type of the supervisors is Surface MountTemperature setting for the supervisors should be 0°C~70°C TA. As a result of this supervisor's operation, the output voltage is Push-Pull, Push-Pull. The supervisor's supply current is specified to 150μA. To find similar IC managements from the manufacturer, you can always search by MAX792. It is necessary to have 3/5V volts of power in order for this voltage supervisor to operate. At the most, voltage supervisor can work with a supply temperature of 150μA.

MAX792SCSE+ Features

Simple Reset/Power-On Reset type
Minimum supply voltage of 2.75V
150μA operating supply current

MAX792SCSE+ Applications

There are a lot of Maxim Integrated MAX792SCSE+ Voltage Supervisors applications.

• Important electronics for automotive safety
• Medical-specific insulation monitor
• Dash board
• Leakage protection
• Solar power charger
• Electronics installed in the vehicle
• Satellite navigation
• Radio
• Refrigeration
• Embedded computing