The world's first PT10000 temperature sensor

The world's first independently developed Pt10000 and ultra small Pt1000 platinum resistance temperature sensitive chips have been successfully mass-produced. This breakthrough achievement fills the gap in this field and marks a significant leap forward in our thin film temperature sensitive chip technology, injecting new vitality into the development of related industries.

Pt10000, with its excellent physical properties and high resistance design of platinum material, has demonstrated many irreplaceable functional advantages in the field of temperature measurement, mainly manifested in the following aspects:
1. The high resistance design of Pt10000 not only greatly improves the sensitivity and accuracy of temperature measurement, but also brings unique advantages in adapting to complex scenarios, solving common pain points of ordinary low resistance platinum resistors (such as Pt100), such as strong resistance to wire loss, error free long-distance transmission, and no need to use additional "three wire" or "four wire" wiring to compensate for wire resistance (ordinary Pt100 requires a four wire system to eliminate long-distance errors), simplifying wiring design and reducing installation costs.
2. The high resistance design of Pt10000 reduces the current during operation, and its low power consumption can significantly extend the device's battery life (usually by 30%~50%), avoiding frequent charging or battery replacement, especially suitable for IoT devices with strict power consumption requirements.
3. The high resistance output signal of Pt10000 is stronger (the resistance change is greater under the same temperature change), the signal-to-noise ratio (SNR) is higher, and the anti electromagnetic interference ability is 5-10 times higher than that of low resistance platinum resistors; Even in industrial environments with strong electromagnetic interference, it can operate stably, ensuring the accuracy and reliability of data. Ensure temperature stability in industrial controls such as precision injection molding machines and semiconductor wafer manufacturing.

Pt10000 is widely used in industrial control, medical equipment, laboratory testing, high-end home appliances and other scenarios that require strict temperature accuracy and stability. The emergence of Pt10000 is an important milestone in the development of our chip industry.
The launch of the world's first Pt10000 and Pt1000 ultra small sizes is not only a concentrated reflection of the company's R&D strength, but also effectively reduces production costs in related industries and enhances competitiveness in the international market.