MAX16060 (4)
The MAX16060 is available from Analog Devices Inc./Maxim Integrated at Xecor. Designed for multivoltage system supervision, the MAX16060 offers 1% accuracy, open-drain outputs, adjustable thresholds, and a watchdog timer. Available in a compact 16-TQFN (4x4) package, it is ideal for automotive, networking/telecommunication equipment, servers, and storage applications. Whether used in complex multivoltage systems or industrial environments, this series ensures reliable performance, scalability, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices Inc./Maxim Integrated. Please view our extensive selection of the MAX16060 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX16060ATE+ | 1% accurate quad voltage supervisor for industrial automation (93 chars) | TQFN-16 | 6,794 | |
| MAX16060ATE+T | Quad-Voltage Supervisor with Fast Response and High Accurac | TQFN-16 | 9,044 | |
| MAX16060BTE+ | Supervisory Circuits 1% Accurate, Quad-/Hex-/Octal-Voltage uP Supervisors | TQFN-16 | 9,258 | |
| MAX16060ETE+ | High accuracy and stability for industrial control applications | TQFN-16 | 7,759 |
Key Featrues
1% Accurate Voltage Monitoring: The MAX16060 series provides 1% accurate voltage monitoring across multiple channels, ensuring precise detection of voltage thresholds. This accuracy enhances system reliability by preventing false triggers and ensuring stable operation in critical applications like automotive and networking equipment.
Open-Drain Outputs with Internal Pullups: The open-drain outputs with internal pullups reduce the need for external components, simplifying PCB design and lowering overall system cost. This feature also improves efficiency by minimizing component count and board space requirements.
Adjustable Reset Timeout: The reset timeout is either fixed at 140ms or adjustable via an external capacitor, providing flexibility in system design. This allows customization for specific application requirements, enhancing performance in scenarios where precise timing is critical.
Wide Operating Temperature Range (-40°C to +125°C): The device operates reliably across a wide temperature range, making it suitable for harsh environments such as automotive and industrial applications. This ensures consistent performance and durability under extreme conditions.
Watchdog Timer with Startup Delay: The integrated watchdog timer with a 1.6s timeout period and a 54s startup delay ensures system stability by monitoring for software or hardware failures. This feature is particularly useful in applications requiring robust fault detection and recovery mechanisms.
Open-Drain Outputs with Internal Pullups: The open-drain outputs with internal pullups reduce the need for external components, simplifying PCB design and lowering overall system cost. This feature also improves efficiency by minimizing component count and board space requirements.
Adjustable Reset Timeout: The reset timeout is either fixed at 140ms or adjustable via an external capacitor, providing flexibility in system design. This allows customization for specific application requirements, enhancing performance in scenarios where precise timing is critical.
Wide Operating Temperature Range (-40°C to +125°C): The device operates reliably across a wide temperature range, making it suitable for harsh environments such as automotive and industrial applications. This ensures consistent performance and durability under extreme conditions.
Watchdog Timer with Startup Delay: The integrated watchdog timer with a 1.6s timeout period and a 54s startup delay ensures system stability by monitoring for software or hardware failures. This feature is particularly useful in applications requiring robust fault detection and recovery mechanisms.
Applications
Multivoltage ASIC Monitoring: The MAX16060 is ideal for monitoring multiple voltage rails in complex ASIC designs. Its 1% accurate voltage supervision ensures reliable operation of multivoltage systems, making it suitable for high-performance computing and advanced ASIC applications in data centers and telecommunications.
Automotive Power Management: The MAX16060 is perfect for automotive power management systems, where it can monitor critical voltage levels in ECUs (Electronic Control Units) and other vehicle electronics. Its robust design and wide operating temperature range (-40°C to +125°C) ensure reliable performance in harsh automotive environments.
Networking Equipment Voltage Supervision: The MAX16060 is well-suited for networking and telecommunication equipment, where it can supervise multiple voltage rails to ensure stable operation. Its open-drain outputs and internal pullups reduce the need for external components, simplifying design and improving reliability in high-density networking hardware.
Server and Storage Power Monitoring: The MAX16060 is ideal for use in servers and storage equipment, where it can monitor multiple voltage rails to prevent system failures. Its adjustable thresholds and watchdog timer ensure continuous and reliable operation, making it a critical component in enterprise-level computing environments.
Automotive Power Management: The MAX16060 is perfect for automotive power management systems, where it can monitor critical voltage levels in ECUs (Electronic Control Units) and other vehicle electronics. Its robust design and wide operating temperature range (-40°C to +125°C) ensure reliable performance in harsh automotive environments.
Networking Equipment Voltage Supervision: The MAX16060 is well-suited for networking and telecommunication equipment, where it can supervise multiple voltage rails to ensure stable operation. Its open-drain outputs and internal pullups reduce the need for external components, simplifying design and improving reliability in high-density networking hardware.
Server and Storage Power Monitoring: The MAX16060 is ideal for use in servers and storage equipment, where it can monitor multiple voltage rails to prevent system failures. Its adjustable thresholds and watchdog timer ensure continuous and reliable operation, making it a critical component in enterprise-level computing environments.
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