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ADM6315-46D3ARTRL7

ADM6315-46D3ARTRL7 Description

The ADM6315-46D3ARTRL7 is a Supervisor IC from Analog Devices Inc., designed to monitor a single voltage channel. This surface-mount device is packaged in a SOT143-4 package and is part of the Supervisors category. With a reset timeout of 140ms minimum and a voltage threshold of 4.63V, it is well-suited for applications requiring precise voltage monitoring and control.

ADM6315-46D3ARTRL7 Features

• Voltage Monitoring: The ADM6315-46D3ARTRL7 can monitor a single voltage channel, making it ideal for applications where precise voltage control is crucial.
• Reset Timeout: With a minimum reset timeout of 140ms, this device provides a reliable and consistent response time.
• Voltage Threshold: The 4.63V threshold allows for accurate monitoring of critical voltage levels.
• Output Type: The device offers both open drain and open collector outputs, providing flexibility in system design.
• Active Low Reset: This feature ensures that the device resets when the monitored voltage drops below the threshold.
• Moisture Sensitivity Level (MSL): Rated at level 1 (unlimited), this IC is less susceptible to moisture-related damage.

ADM6315-46D3ARTRL7 Applications

The ADM6315-46D3ARTRL7 is ideal for various applications where voltage monitoring and control are essential:

1. Power Supply Systems: Monitor and control the voltage levels in power supply systems to ensure stable operation.
2. Automotive Electronics: Use in automotive electronics to monitor battery voltage and protect against overvoltage or undervoltage conditions.
3. Industrial Control Systems: Implement in industrial control systems to monitor and control voltage levels for reliable operation.

Conclusion of ADM6315-46D3ARTRL7

The ADM6315-46D3ARTRL7 is a reliable and versatile Supervisor IC from Analog Devices Inc. Its unique features, such as single voltage channel monitoring, 140ms minimum reset timeout, and 4.63V threshold, make it suitable for a wide range of applications. Despite being classified as obsolete, this device remains a valuable option for systems requiring precise voltage monitoring and control.