MAX6719AUTYHD3+T Overview
As you can see, this power management is mounted through 6 terminals. Packaging is in the form of a Tape & Reel (TR). Please refer to this PMIC for 1 functions. There are 3 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. Compared to other Multi-Voltage Supervisor products, this PMIC has a lot of benefits to offer. According to the specification, the package's peak reflow temperature is specified to be 260. IC management conducts in a 1V-voltage supply. A supply voltage of 3 is used to conduct the PMIC chip. Surface Mount mounts power management on the wall. This power ic can be sub-categorized as Power Management Circuits. It has a total of 6 pins that are attached to IC management. 6 pins are on the supervisor. IC management can only work with a supply voltage of 800mV volts. There should be no more than 5.5V volts of supply voltage (Vsup) in this power management. Surface Mount is the recommended mounting type. The temperature of the supervisors should be set to this range: -40°C~125°C. While this power management is operating, it will output Open Drain or Open Collector as the output voltage. The supply current of the power management is 15μA. The other features include, for example, [0], which is just one example. It is always advisable to use MAX6719A, the base supervisor number, when searching for similar PMICs from the manufacturer. In order to operate this power management, it requires 1/5V volts of power.
MAX6719AUTYHD3+T Features
Multi-Voltage Supervisor type
Minimum supply voltage of 800mV
15μA operating supply current
MAX6719AUTYHD3+T Applications
There are a lot of Maxim Integrated MAX6719AUTYHD3+T Voltage Supervisors applications.
- FPGA design
- Sensitive sensors
- Satellite navigation
- Precision measurement
- Important electronics for automotive safety
- Solar power charger
- Multi-voltage system
- Power communication system
- Leakage protection
- Detection of phase imbalance
