The SA56004ED,112 is a high-precision, dual-channel digital temperature sensor from NXP Semiconductors, renowned for their innovative and reliable solutions in the electronics market. Designed for optimal performance in a variety of applications, this sensor is an ideal choice for system temperature monitoring and management.
Key Features
- Accuracy: The SA56004ED,112 delivers exceptional temperature accuracy, with a typical accuracy of ±1°C over a wide temperature range. This ensures precise temperature monitoring critical for system stability and performance.
- Dual-Channel Sensing: With two temperature-sensing channels, this device can monitor both its own temperature and the temperature of an external diode, such as a CPU, GPU, or other ICs, providing comprehensive thermal data.
- Interface: Communication with the SA56004ED,112 is facilitated through an industry-standard I²C/SMBus serial interface, allowing for easy integration into most systems and providing a straightforward way to retrieve temperature data.
- Programmable Alert Function: This sensor comes with a programmable alert function, which can trigger an alert when temperatures exceed user-defined limits, enabling active system protection.
- Supply Voltage: The device operates over a supply voltage range of 3.0V to 5.5V, making it versatile for use in various electronic systems.
- Package: The SA56004ED,112 is offered in a small, surface-mount package, which allows for efficient use of PCB space and is suitable for high-density circuit designs.
Applications
The robust feature set of the SA56004ED,112 makes it an excellent choice for a wide range of applications, including but not limited to:
- Personal Computers and Servers
- Telecommunication Systems
- Industrial Controls
- Consumer Electronics
- Embedded Systems
With its high accuracy and dual-channel capability, the SA56004ED,112 from NXP is a versatile and reliable component for any temperature monitoring and control system, ensuring optimal performance and protection for your electronic devices.
