MAX6869UK17D3S+T Overview
This power management consists of 5 mounting terminals on which it can be mounted. There is a Tape & Reel (TR)-packaging method applied to IC management. In this IC power you will find 1 functions for you to refer to. Depending on the power managment ic you are looking at, you can find a total of 1 channels. In this PMIC, you can find SC-74A, SOT-753 functions for your reference. There are many benefits that this IC power shares with other Simple Reset/Power-On Reset products as well. As specified in the package specification, the peak reflow temperature of the package is set at 260. When 2.5V is applied to the power ic, it conducts. In a 1 supply voltage, the PMIC chip conducts. Using Surface Mount, IC management is mounted. In this case, this PMIC chip can be sub-categorized as a Power Management Circuits chip. 5 pins are present in total in this power management. Power managment ic pin count is 5. I should note that the minimum supply voltage (Vsup) for this IC management should be at least 1.1V, which is the minimum supply voltage that should be applied. Voltage (Vsup) shouldn't exceed 5.5V volts in this PMIC. The recommended mounting type for IC management is Surface Mount. It is recommended to set the supervisor's temperature to this range: -40°C~85°C. When this power management system is in operation, it produces an output voltage of Open Drain or Open Collector. In order to maintain a stable supply current for the power management, 7μA is the recommended value. To find similar IC managements from the manufacturer, you can always search by MAX6869.
MAX6869UK17D3S+T Features
Simple Reset/Power-On Reset type
Minimum supply voltage of 1.1V
7μA operating supply current
MAX6869UK17D3S+T Applications
There are a lot of Maxim Integrated MAX6869UK17D3S+T Voltage Supervisors applications.
- Power communication system
- Leakage current detection
- Power distribution systems of operating room
- FPGA design
- Digitally controlled LDO regulators circuit
- Radar
- Important electronics for automotive protection
- Embedded computing
- Microcontroller system
- Military communications
