MAX695CWE+ Overview

As you can see, this power management is mounted through 16 terminals. Packaged in a Tube-shape, IC management comes with a number of features. Power management is possible to find a series of 1 functions. Power management consists of 1 channels, each of which can be used independently. Please find attached 16-SOIC (0.295, 7.50mm Width) functions for your reference in this IC power. There are many benefits that this IC power shares with other Battery Backup Circuit products as well. During the reflow process, a peak temperature of 260 is specified for the package. A supply voltage of 5V is used to conduct the PMIC chip. IC management is possible to find a succession of 1 voltages that have been checked. The power management is mounted by Surface Mount. There is a subcategory of this power ic known as Power Management Circuits. Power management has a total of 16 pins. There are 16 pins on the supervisor. Supply voltage (Vsup) should be at least 4.75V for this power management. Voltage (Vsup) shouldn't exceed 5.5V volts in this PMIC. Surface Mount mounting is recommended. This power management is the recommended temperature range for the supervisors: 0°C~70°C TA. Power management has an output of Push-Pull, Push-Pull during operation. The power management's supply current is 350μA. If you want to search for similar IC managements of this manufacturer, you can always refer to MAX695, which is the base power ics number. In order to operate this power management, it requires 5V volts of power. At most, voltage supervisor can operate at a supply temperature of 10mA.

MAX695CWE+ Features

Battery Backup Circuit type
Minimum supply voltage of 4.75V
350μA operating supply current

MAX695CWE+ Applications

There are a lot of Maxim Integrated MAX695CWE+ Voltage Supervisors applications.

• Precision measurement
• Radar
• Insulation fault location system
• Battery cars
• Display equipment
• Functional modules
• Efficient information transmission
• emergency room
• Low voltage/high power - AI, GPU
• Magnetic resonance imaging