MAX6659 (1)
MAX6659 is available from Analog Devices Inc./Maxim Integrated at Xecor. Designed for precise temperature monitoring, the MAX6659 offers dual-channel measurement of local and remote temperatures with high accuracy (±1°C) and 11-bit resolution. Available in a 16-QSOP package, it is ideal for computers, notebooks, servers, and workstations. Whether used in desktop systems, server environments, or advanced workstations, this series ensures reliable performance, programmable alarms, and efficient temperature management for demanding applications. Xecor is an authorized distributor for Analog Devices Inc./Maxim Integrated. Please view our extensive selection of the MAX6659 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX6659MEE+ | The MAX6659MEE+ temperature sensor is designed for accurate temperature measurements | QSOP-16 | 4,877 |
Key Featrues
Dual-Channel Temperature Measurement: The MAX6657/MAX6658/MAX6659 sensors can measure both local and remote temperatures simultaneously, enhancing versatility in monitoring multiple temperature zones. This feature is particularly useful in applications like servers and workstations, where both internal and external temperature monitoring is critical for system stability and performance.
High Accuracy (±1°C): With a maximum accuracy of ±1°C in the range of 60°C to 100°C for remote measurements, these sensors ensure reliable and precise temperature monitoring. This high accuracy is essential for maintaining optimal operating conditions in sensitive environments like data centers and industrial systems.
Programmable Under/Overtemperature Alarms: The sensors allow users to set custom temperature thresholds for under and overtemperature conditions, triggering alarms when limits are exceeded. This feature enhances system safety by enabling proactive responses to potential overheating or cooling failures.
SMBus/I²C-Compatible Interface: The 2-wire serial interface (SMBus/I²C) simplifies integration with microcontrollers and other digital systems, reducing design complexity and improving communication efficiency. This makes the sensors ideal for compact and embedded applications.
Programmable Conversion Rate (0.0625Hz to 16Hz): Users can adjust the conversion rate to balance power consumption and response time, making these sensors adaptable to various use cases. Lower rates save power in less critical applications, while higher rates ensure rapid response in dynamic environments.
High Accuracy (±1°C): With a maximum accuracy of ±1°C in the range of 60°C to 100°C for remote measurements, these sensors ensure reliable and precise temperature monitoring. This high accuracy is essential for maintaining optimal operating conditions in sensitive environments like data centers and industrial systems.
Programmable Under/Overtemperature Alarms: The sensors allow users to set custom temperature thresholds for under and overtemperature conditions, triggering alarms when limits are exceeded. This feature enhances system safety by enabling proactive responses to potential overheating or cooling failures.
SMBus/I²C-Compatible Interface: The 2-wire serial interface (SMBus/I²C) simplifies integration with microcontrollers and other digital systems, reducing design complexity and improving communication efficiency. This makes the sensors ideal for compact and embedded applications.
Programmable Conversion Rate (0.0625Hz to 16Hz): Users can adjust the conversion rate to balance power consumption and response time, making these sensors adaptable to various use cases. Lower rates save power in less critical applications, while higher rates ensure rapid response in dynamic environments.
Applications
Desktop and Workstation Temperature Monitoring: The MAX6659 is ideal for monitoring both local and remote temperatures in desktop computers and workstations. Its high accuracy (±1°C) and dual-channel capability ensure precise temperature measurements, while its SMBus/I²C interface allows seamless integration into system management solutions, enhancing thermal management and reliability.
Server Thermal Management: The MAX6659 is perfect for server environments, where accurate temperature monitoring is critical for preventing overheating and ensuring optimal performance. Its programmable under/overtemperature alarms and shutdown mode provide robust protection, while its 11-bit resolution ensures detailed temperature tracking for both local and remote sensors.
Notebook Computer Thermal Control: The MAX6659 is well-suited for notebook computers, where space and power efficiency are paramount. Its compact 16-QSOP package and low power consumption make it ideal for integration into portable devices, while its dual-channel capability allows monitoring of both CPU and ambient temperatures for effective thermal management.
Industrial Equipment Temperature Sensing: The MAX6659 is an excellent choice for industrial applications requiring reliable temperature monitoring. Its ability to measure remote PN junctions, such as those in microprocessors or power transistors, combined with its high accuracy and programmable alarms, ensures safe and efficient operation of industrial machinery in harsh environments.
Server Thermal Management: The MAX6659 is perfect for server environments, where accurate temperature monitoring is critical for preventing overheating and ensuring optimal performance. Its programmable under/overtemperature alarms and shutdown mode provide robust protection, while its 11-bit resolution ensures detailed temperature tracking for both local and remote sensors.
Notebook Computer Thermal Control: The MAX6659 is well-suited for notebook computers, where space and power efficiency are paramount. Its compact 16-QSOP package and low power consumption make it ideal for integration into portable devices, while its dual-channel capability allows monitoring of both CPU and ambient temperatures for effective thermal management.
Industrial Equipment Temperature Sensing: The MAX6659 is an excellent choice for industrial applications requiring reliable temperature monitoring. Its ability to measure remote PN junctions, such as those in microprocessors or power transistors, combined with its high accuracy and programmable alarms, ensures safe and efficient operation of industrial machinery in harsh environments.
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