The NE1617ADS.112 is a state-of-the-art temperature sensor from NXP Semiconductors, designed to monitor the temperature of two thermally sensitive on-board locations. This high-performance device is particularly well-suited for server environments, personal computers, and other sophisticated electronics where precise temperature monitoring is critical for system reliability and performance.

Key Features

• Dual-channel Sensing: The NE1617ADS.112 is capable of monitoring two temperature zones simultaneously, providing real-time data for different components within the system.
• High Accuracy: Precision temperature sensing with an accuracy of ±1°C ensures that the system can respond to temperature changes with the appropriate measures to maintain optimal performance and safety.
• SMBus Interface: The device is equipped with an SMBus 2.0 compatible interface, enabling easy integration into existing hardware architectures and facilitating communication with other system components.
• Programmable Thresholds: Users can set high, low, and critical temperature thresholds, allowing for tailored thermal management strategies that protect the system from overheating or operating outside of specified temperature ranges.
• Fail-safe Functionality: The NE1617ADS.112 includes built-in fail-safe measures, such as a programmable shutdown mode, to prevent damage to the system in the event of extreme temperature excursions.

Applications

The NE1617ADS.112 is versatile enough to be used in a multitude of applications where temperature monitoring is necessary. Its primary uses include:

• Server and Data Center Thermal Management
• Personal Computer Hardware Monitoring
• Industrial Systems
• Embedded Systems
• Telecommunications Equipment

Quality and Reliability

NXP Semiconductors is renowned for its commitment to quality and the NE1617ADS.112 is no exception. Manufactured to the highest industry standards, this temperature sensor ensures long-term reliability and performance, making it an excellent choice for critical applications that cannot afford downtime or performance degradation due to thermal issues.