Analog Devices Inc./Maxim Integrated Tariff Inquiry

MAX6385XS17D2-T

MAX6385XS17D2-T Description

The MAX6385XS17D2-T is a single-channel supervisor IC designed for reliable power supply monitoring in various electronic systems. Manufactured by Analog Devices Inc./Maxim Integrated, this IC is housed in a compact SC70-4 package, making it suitable for space-constrained applications. The MAX6385XS17D2-T features a voltage threshold of 1.67V, ensuring precise monitoring of power supply levels. It offers a reset timeout of 20ms minimum, providing a reliable reset mechanism for systems requiring a stable power-up sequence. The IC is designed for surface mount applications and is available in a tape and reel package, facilitating automated assembly processes. Although the product is now obsolete, it remains a robust solution for existing designs that require a single-channel supervisor with a specific voltage threshold.

MAX6385XS17D2-T Features

• Voltage Monitoring: The MAX6385XS17D2-T monitors a single voltage rail with a threshold of 1.67V, ensuring that the power supply meets the required specifications before allowing the system to operate.
• Reset Functionality: The IC provides an active-high reset output, which asserts when the monitored voltage falls below the threshold. This feature ensures that the system is held in a reset state until the power supply stabilizes, preventing erratic behavior during power-up or brownout conditions.
• Reset Timeout: With a minimum reset timeout of 20ms, the MAX6385XS17D2-T ensures that the system has sufficient time to stabilize before releasing the reset signal. This delay helps in preventing premature system startup and enhances overall system reliability.
• Surface Mount Compatibility: The MAX6385XS17D2-T is designed for surface mount technology (SMT), making it ideal for modern PCB assembly processes. The SC70-4 package is compact and easy to integrate into various electronic designs.
• Moisture Sensitivity Level: The IC has a moisture sensitivity level (MSL) of 1, indicating that it is not affected by moisture and can be stored and handled without special precautions.
• Compliance and Status: The MAX6385XS17D2-T is REACH unaffected and classified under ECCN EAR99, ensuring compliance with international regulations. The HTSUS code is 8542.39.0001, facilitating proper customs classification.

MAX6385XS17D2-T Applications

The MAX6385XS17D2-T is well-suited for a variety of applications where reliable power supply monitoring is critical. Some specific use cases include:

• Embedded Systems: In embedded systems, the MAX6385XS17D2-T ensures that the microcontroller or processor receives a stable power supply before starting the system. This prevents erratic behavior and ensures reliable operation.
• Power Management: The IC can be used in power management systems to monitor the main power supply rail and provide a reset signal if the voltage drops below the threshold. This helps in maintaining system integrity during power fluctuations.
• Industrial Control: In industrial control applications, the MAX6385XS17D2-T can monitor the power supply of critical components, ensuring that they operate within specified voltage ranges. This enhances the reliability and longevity of the equipment.
• Consumer Electronics: The compact SC70-4 package makes the MAX6385XS17D2-T suitable for consumer electronics where space is a constraint. It can be used to monitor the power supply of various components, ensuring stable operation and preventing system crashes.

Conclusion of MAX6385XS17D2-T

The MAX6385XS17D2-T is a reliable single-channel supervisor IC that offers precise voltage monitoring and reset functionality. Its compact SC70-4 package and surface mount compatibility make it ideal for a wide range of applications, from embedded systems to industrial control. Although the product is now obsolete, it remains a robust solution for existing designs that require a reliable power supply monitoring mechanism. With its 20ms minimum reset timeout and active-high reset output, the MAX6385XS17D2-T ensures stable system operation and enhances overall reliability.