MAX16001CTE+ Overview

As you can see, this power management is mounted through 16 terminals. Packaged in the form of a Tube, power management is easy to use. Please find attached 1 functions for your reference in this IC power. This power managment ic consists of 4 channels, each of which can be used independently. In this PMIC, you can find 16-WQFN Exposed Pad functions for your reference. With power management, you get a lot of benefits that you won't find in other Multi-Voltage Supervisor products. IC management is specified that the package peak reflow temperature should be 260. When a supply voltage of 3.3V is applied to the power ic, it conducts. Power ics operate at 4 supply voltages. Surface Mount mounts power management on the wall. It is possible to subcategorize this power ic as a Power Management Circuits chip. Power management has a total of 16 pins. 16 pins are on the supervisor. IC management can only work with a supply voltage of 1V volts. The supply voltage (Vsup) should not exceed 5.5V volts in this IC power. Surface Mount mounting is recommended. The temperature of the supervisors should be set to this range: -40°C~125°C TA. Power management has an output of Open Drain or Open Collector during operation. The supervisor's supply current is specified to 50μA. The other features include, for example, [0], which is just one example. If you want to search for similar IC managements of this manufacturer, you can always refer to MAX16001, which is the base power ics number. In order to operate this power management, it requires 2.5/5V volts of power.

MAX16001CTE+ Features

Multi-Voltage Supervisor type
Minimum supply voltage of 1V
50μA operating supply current

MAX16001CTE+ Applications

There are a lot of Maxim Integrated MAX16001CTE+ Voltage Supervisors applications.

• Important electronics for automotive safety
• Data storage applications
• Radio
• Power communication system
• Functional modules
• Computer applications
• Smart meter
• Military electronics
• Electric heating appliances
• Magnetic resonance imaging