MAX6760TATWD0+T Overview
A total of 8 terminals are used to mount this power management. Packaged in the form of a Tape & Reel (TR), power management is easy to use. In this PMIC, you can find 1 functions for your reference. On this supervisor, there is a series of 2 channels that can be found. IC management is packaged as a 8-WDFN Exposed Pad package. There are a lot of similarities between this IC management and other Multi-Voltage Supervisor products. Specifies a reflow peak temperature of 260 for the package during reflow. In a 3.6V supply voltage, the power management conducts. During operation, the power ic is supplied with a voltage of 2. Surface Mount mounts power management on the wall. As a subcategory, this PMIC chip can be categorized as Power Management Circuits. In total, the power management has 8 pins in it. This power management has 8 pins. I should note that the minimum supply voltage (Vsup) for this IC management should be at least 1V, which is the minimum supply voltage that should be applied. There should be no more than 6V volts of maximum supply voltage (Vsup) in this power management. Power management recommends the Surface Mount mounting type. We recommend setting the supervisors to -40°C~125°C degrees. As a result of this supervisor's operation, the output voltage is Push-Pull, Totem Pole. There is a 13μA supply current present in the power management. If you want to search for similar IC managements of this manufacturer, you can always refer to MAX6760, which is the base power ics number.
MAX6760TATWD0+T Features
Multi-Voltage Supervisor type
Minimum supply voltage of 1V
13μA operating supply current
MAX6760TATWD0+T Applications
There are a lot of Maxim Integrated MAX6760TATWD0+T Voltage Supervisors applications.
- Urban rail transit weak current power monitoring
- Multi-voltage system
- Analog circuit
- Power distribution systems of operating room
- Stable power system
- Kitchen appliances
- Microprocessor system
- Power distribution systems of infant care room
- Digitally controlled LDO regulators circuit
- FPGA design
