MAX6452UT26L+T Overview

A total of 6 terminals are used to mount this power management. It is packaged with Tape & Reel (TR). The purpose of this IC management is to provide you with a reference of 1 functions. Depending on the power managment ic you are looking at, you can find a total of 1 channels. IC management is packaged as a SOT-23-6 package. There are a number of benefits that this PMIC has in common with other Multi-Voltage Supervisor manage ics. As specified in the package specification, the peak reflow temperature of the package is set at 260. A supply voltage of 3.6V is used to conduct the PMIC chip. A supply voltage of 2 is used to conduct the PMIC chip. The power management is mounted by a Surface Mount-axis. In this case, this PMIC chip can be sub-categorized as a Power Management Circuits chip. Taking into account all of the pins, this power management has a total of 6. The pins of the power management system count 6. In order for this PMIC to work correctly, the minimum supply voltage (Vsup) should be greater than 1V. The maximum supply voltage (Vsup) in this PMIC should not exceed 5.5V volts. The recommended mounting type is Surface Mount. This range of temperature should be set for the supervisors: -40°C~85°C TA. During normal operation, this power managment ic can generate Open Drain or Open Collector of output voltage. The power management's supply current is 7μA. It is always advisable to use MAX6452, the base supervisor number, when searching for similar PMICs from the manufacturer.

MAX6452UT26L+T Features

Multi-Voltage Supervisor type
Minimum supply voltage of 1V
7μA operating supply current

MAX6452UT26L+T Applications

There are a lot of Maxim Integrated MAX6452UT26L+T Voltage Supervisors applications.

• Important electronics for automotive safety
• Detection of phase sequence
• Leakage current detection
• Refrigeration
• emergency room
• Data storage applications
• Efficient information transmission
• Transformer load monitoring equipment
• Fire equipment power monitoring system
• FPGA design