MAX6732AUTSVD3+T Overview

There are 6 mounting terminals on the voltage supervisor, each of which has a different function. There is a Tape & Reel (TR)-packaging method applied to IC management. The purpose of this IC management is to provide you with a reference of 1 functions. There are 1 channels available on this supervisor, and each channel has a different function. As a reference, this IC power includes SOT-23-6 functions for your convenience. As with other Multi-Voltage Supervisor products, this IC management also offers a wide range of benefits. Packages are specified to have an average peak reflow temperature of 260. During operation, the power ic is supplied with a voltage of 2. The mount is provided by Surface Mount. This power ic can be sub-categorized as Power Management Circuits. The total number of pins on this power management is 6. 6 pins are present on the power management system. In order for this PMIC to work correctly, the minimum supply voltage (Vsup) should be greater than 800mV. During this IC power, the maximum supply voltage (Vsup) should not exceed 5.5V volts. In this case, Surface Mount is the recommended mounting type. We recommend setting the supervisors to -40°C~125°C TA degrees. There is an output voltage of Open Drain or Open Collector from this supervisor when it is operating. There is a 15μA supply current present in the power management. For similar manage ics search of the manufacturer, you can always refer to MAX6732A, the base PMIC number. This power management requires 1/5V power to work.

MAX6732AUTSVD3+T Features

Multi-Voltage Supervisor type
Minimum supply voltage of 800mV
15μA operating supply current

MAX6732AUTSVD3+T Applications

There are a lot of Maxim Integrated MAX6732AUTSVD3+T Voltage Supervisors applications.

• Battery cars
• Solar power charger
• Satellite navigation
• Electric heating appliances
• Sensitive sensors
• DVR
• Important electronics for automotive protection
• Kitchen appliances
• Urban rail transit weak current power monitoring
• Detection of phase sequence