Programmable Digital Temperature Sensor Chip, High Precision Wide Range Sensor for Embedded Systems with Parasitic Power Mode and Alarm Threshold

Programmable Digital Temperature Sensor Chip, High Precision Wide Range Sensor for Embedded Systems with Parasitic Power Mode and Alarm Threshold Description

This programmable digital temperature sensor is designed for engineers and makers seeking precision and ease of integration. Built around a digital single-bus architecture, it supports multiple nodes on one line and offers ultra-fine resolution for critical applications. With parasitic power support, it eliminates the need for additional power lines, simplifying PCB layout and reducing component count. Its internal memory retains calibration and alarm data even after power loss, ensuring continuity in mission-critical setups. From refrigeration units to greenhouse monitoring, this chip serves as a dependable backbone for accurate and responsive thermal management systems. Parasitic Power Mode Available: Allows operation without an external power supply line, drawing energy directly from the data bus for compact and low-power designs. Alarm Threshold Storage: Each unit includes non-volatile memory to store customizable alarm settings, facilitating autonomous temperature control mechanisms. Embedded System Friendly: Designed for easy integration into microcontroller-based systems, offering direct digital output without need for analog conversion. High Precision Measurements: Delivers readings with 0.5C accuracy in typical ranges and supports resolutions down to0.015C for detailed monitoring. Wide Operating Range: Functions effectively from -55C to +125C, covering a broad spectrum of indoor and outdoor applications.