71M6545T-IGT/F Overview
This package is packed in Tray. An example of a 64-LQFP package is shown below. In addition, it can be used as a 3 Phase meter as well. There is an option in Surface Mount. The operational temperature at -40°C~85°C has been increased. The power supply is 3V~3.6V. It has a voltage of 0.8V for its low-level I/O ports in this PMIC. For high-level I/Os, this device presents a voltage of 2V. There are 64 terminations included in this part. Analog ANALOG CIRCUIT PMIC IC with powerful performance. There is a normal voltage needed for the part, which is 3.3V. It is important for users to know that this device requires a voltage of 3V or higher in order to function. As far as the maximum voltage that will be applied to the device is concerned, it should be kept below 3.6V. This is a logic gate solution based on 64 technology. There is no need for tools to install or dismount this device as it has been designed as a Surface Mount device. To be specific, this is a Other Analog ICs for specialized needs. If you wish to keep the PMIC working normally, it is recommended that you set the supply current to 60nA instead of A. In order for the memory chip to function properly, the voltage must not exceed 6.9mA. It is part of Single Converter Technology® series. The device can be supplied using 3.3V. In order for this device to work, it must work at a frequency of up to 5MHz. A memory-sized 64kB is incorporated into this PMIC. The PMIC uses FLASH memory.
71M6545T-IGT/F Features
3 Phase meter.
ANALOG CIRCUIT analog IC.
Operating maximum frequency: 5MHz.
64kB adequate size for target applications.
FLASH memory.
71M6545T-IGT/F Applications
There are a lot of Maxim Integrated 71M6545T-IGT/F Energy Metering ICs applications.
- Intelligent Power Distribution Units
- Central office equipment
- General Purpose Energy Measurement
- Server Backplane Systems
- Industrial Equipment
- Base Station Power Distribution Systems
- Industrial Lighting Power Monitoring
- Subsystem Power Measurement
- Telecom Infrastructure
- Power monitoring instruments
