MAX6888BETE+ Overview

As you can see, this power management is mounted through 16 terminals. In terms of packaging, power management follows the Tube model. Please refer to this PMIC for 1 functions. Depending on the power managment ic you are looking at, you can find a total of 6 channels. As a reference, this IC power includes 16-WQFN Exposed Pad functions for your convenience. Compared to other Multi-Voltage Supervisor products, this PMIC has a lot of benefits to offer. Packages are specified to have an average peak reflow temperature of 260. There is a voltage supply of 5V for the PMIC chip, and the chip conducts at that voltage. A supply voltage of 4 is used to conduct the PMIC chip. By Surface Mount, IC management has been mounted. A IC power such as this can be classified as a Power Management Circuits power management system. There are a total of 16 pins on power management. This power management has 16 pins. IC management can only work with a supply voltage of 2.7V volts. The maximum supply voltage (Vsup) is not to exceed 5.8V volts in this IC management. Mounting type Surface Mount is recommended. You should set the supervisor's temperature during -40°C~85°C TA . There is an output voltage of Open Drain or Open Collector from this supervisor when it is operating. It is estimated that the voltage supervisor's supply current is 900μA. Among other features, IC power can be also taken advantage of [0], for instance. If you want to search for similar IC managements of this manufacturer, you can always refer to MAX6888, which is the base power ics number. The power management must be powered by 3/5V volts to function properly.

MAX6888BETE+ Features

Multi-Voltage Supervisor type
Minimum supply voltage of 2.7V
900μA operating supply current

MAX6888BETE+ Applications

There are a lot of Maxim Integrated MAX6888BETE+ Voltage Supervisors applications.

• Embedded computing
• Automotive power systems
• Electrical fire monitoring system
• Radar
• Detection of phase loss
• Multi-voltage system
• Battery cars
• Rechargeable batteries
• Detection of phase imbalance
• FPGA design