MAX6386LT17D3+T

Supervisors Analog Devices, Inc. MAX6386LT17D3+T Overview

The MAX6386LT17D3+T from Analog Devices, Inc. is a state-of-the-art Supervisor IC designed to enhance system reliability and robustness through precision monitoring. This microprocessor (MPU) reset circuit specifically maintains system integrity by providing accurate, low-threshold voltage supervision at 1.67V. Encapsulated in a compact 6-UDFN package, the MAX6386LT17D3+T is ideally suited for advanced applications where space is at a premium and high performance is mandatory. The inclusion of this Supervisors Analog Devices, Inc. MAX6386LT17D3+T in your design ensures critical operation continuity and protection against power failures and brownouts.

MAX6386LT17D3+T Features

The MAX6386LT17D3+T boasts a series of features that make it a versatile choice for demanding applications. These include a precise reset threshold voltage at 1.67V, low power consumption, and a tiny 6-pin UDFN package that offers minimal footprint on PCBs. Additionally, the device supports a wide operating temperature range, making it suitable for use in environments with extreme conditions.

MAX6386LT17D3+T Applications

• Portable Devices: In smartphones and tablets, the MAX6386LT17D3+T manages power supply stability, ensuring devices operate smoothly without unexpected resets during voltage fluctuations.
• Embedded Systems: Provides reliable system reset functionality for microcontrollers and digital systems, safeguarding against data corruption in case of power disturbances.
• Consumer Electronics: Used in TVs, gaming consoles, and other home electronics, it contributes to enhanced power management and improves the overall user experience by preventing malfunctions due to unstable voltages.
• Automotive Applications: Ideal for use in automotive electronics where consistent and reliable performance is critical, the MAX6386LT17D3+T ensures electronic systems remain functional under varying electrical conditions.
• Industrial Equipment: In industrial environments, this IC protects sensitive microprocessor-based equipment from the risks associated with unpredictable power supply issues.