STM6780LWB6F Overview

There are 6 mounting terminals on the voltage supervisor, each of which has a different function. Tape & Reel (TR)-packaging is used. The purpose of this IC management is to provide you with a reference of 1 functions. There are 1 channels on this power managment ic that can be found in a series. The purpose of this IC power is to provide you with a reference of SOT-23-6 functions. There are a lot of similarities between this IC power and other Multi-Voltage Supervisor products. As specified in the package specification, the peak reflow temperature of the package is set at 260. When a supply voltage of 3.3V is applied to the power ic, it conducts. When a supply voltage of 2 is applied to the power ic, it conducts. Surface Mount mounts power management on the wall. The power management belongs to the Power Management Circuits subcategory. A total of 6 pins are located on this power management. 6 pins are present on the power management system. It is recommended that the minimum supply voltage (Vsup) for this IC management should not be less than 800mV volts. This IC power should be powered by no more than 5.5V volts of supply voltage (Vsup). Power management recommends the Surface Mount mounting type. This range of temperature should be set for the supervisors: -40°C~85°C TA. During normal operation, this power managment ic can generate Push-Pull, Totem Pole of output voltage. For this power management, there is an 35μA volt supply current. To find similar IC managements from the manufacturer, you can always search by STM6780. The maximum supply temperature voltage supervisor can handle is 35μA.

STM6780LWB6F Features

Multi-Voltage Supervisor type
Minimum supply voltage of 800mV
35μA operating supply current

STM6780LWB6F Applications

There are a lot of STMicroelectronics
STM6780LWB6F Voltage Supervisors applications.

• Transformer load monitoring equipment
• External alarm
• Display equipment
• DC stabilized power supply module
• Insulation fault location system
• Magnetic resonance imaging
• Stable power system
• Sensitive sensors
• Efficient information transmission
• Functional modules