In the field of medical diagnostics and monitoring, body temperature is a key indicator for assessing health status. As an important part of body temperature monitoring, the core temperature-sensing component of disposable medical skin probe — high-accuracy NTC chip, with its stable temperature sensing capabilities, it captures changes in skin surface temperature in real time, providing accurate temperature data for clinical diagnosis, postoperative monitoring, etc.
To better assists disposable medical skin probe in temperature monitoring, the selection of installation position of the NTC chip is particularly important. Generally, NTC chip is integrated into the flexible contact material of the probe, allowing for safe and effective temperature monitoring in close contact with the human body. The body surface thermal signals collected by the NTC chip are transmitted through the probe connector to the terminal device, converted into electrical signals, then sent to the device display. The reason for choosing NTC chip as the temperature sensing component for disposable medical skin probe is due to it:
1. High accuracy, ensuring precision in temperature diagnostics
EXSENSE medical NTC chip has an accuracy of ±0.5%, meaning its temperature measurement error rate is low, enabling real-time monitoring of even slight temperature changes. Therefore, NTC chip assists disposable medical skin probe in obtaining accuracy temperature values during patient treatment, providing important reference information for doctors' diagnoses.
2. Great consistency, ensuring stability in the measurement process
The excellent electrical performance of the EXSENSE DT-M series medical NTC chip make it high reliability and low drift rate, which helps disposable medical skin probe to collect patient temperature data more stably.
3. Small dimension, ensuring sensitivity in temperature monitoring
The smaller the NTC chip, the faster its response speed. Therefore, to match the temperature measurement speed of disposable medical skin probe, the medical NTC chip produced by EXSENSE is smaller than conventional NTC chip, meeting the selection requirements of skin probe for rapid NTC temperature sensing.
In summary, disposable medical skin probe serves as important carriers for non-invasive body temperature monitoring, providing a solid foundation for clinical human temperature measurement with the help of NTC chip. Furthermore, the excellent performance of EXSENSE medical NTC chip meets the critical demands of disposable medical skin probe for temperature monitoring—"precision and stability",thus enabling it to achieve its core medical value.