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The Pt1000 M Medium Temperature thin film platinum thermosensitive chip is a high-performance temperature sensor element, featuring numerous outstanding characteristics that make it highly effective in a variety of application scenarios. This chip offers long-term stability, maintaining measurement accuracy over extended periods of use. It provides high-precision temperature measurement in a wide range of -70°C to +500°C. Additionally, the chip has a quick response time, enabling it to rapidly reflect temperature changes and is suitable for applications requiring real-time data. It is also resistant to thermal shock, ensuring performance stability under extreme temperature variations. The small size of the chip makes it easy to integrate into various devices. Its low self-heating effect ensures accurate measurements, and its good vibration resistance allows it to operate reliably in harsh environments. Moreover, the Pt1000 M Medium Temperature thin film platinum thermosensitive chip supports user customization, meeting the specific needs of different customers.

In terms of connection technology, the chip supports multiple welding methods, including tin welding, brazing, argon fluoride welding, hot pressure welding, and resistance welding, ensuring reliable connections in different installation and usage environments.

The Pt1000 M Medium Temperature thin film platinum thermosensitive chip is widely used in industries such as instrumentation, the Internet of Things, medical devices, aerospace, domestic appliances, and new energy. These sectors have high demands for the precision, stability, and reliability of temperature sensors, and the chip's excellent performance makes it an ideal solution for providing accurate temperature measurement in these fields.