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The new NTC thermistor - NTCLE350E4, which meets the AEC-Q200 standard, uses PEEK insulated nickel iron (NiFe) alloy leads with low thermal gradient. Vishay thermistors can withstand high temperatures up to+185 ° C, making them suitable for fast and high-precision temperature detection in various automotive applications.

As an NTC thermistor, NTCLE350E4 has high accuracy and fast response speed, which can meet the requirements of medical equipment for temperature measurement accuracy and response speed. With the development of the medical industry, more and more medical devices require temperature measurement, such as medical thermometers, in vitro diagnostic equipment, surgical instruments, etc. NTCLE350E4 has a wide range of applications and strong adaptability, which can meet the different temperature measurement needs of these devices.

In high-end audio systems, temperature has a significant impact on sound quality and timbre. High or low temperatures can affect sound quality and damage audio equipment. NTCLE350E4 has a fast response speed and can capture temperature changes in audio equipment within the response time, helping technicians adjust and optimize. Meanwhile, NTCLE350E4 has a lower thermal gradient, which can reduce measurement errors and the impact of temperature gradients on audio performance.

The environment in which instruments and meters are used is diverse, including multiple fields such as aerospace, communication, power, and electronic measurement. NTCLE350E4 has a wide range of adaptability and can meet the needs of different industries and fields for temperature measurement. In addition, NTCLE350E4 uses PEEK insulation material and nickel iron alloy leads, which are safe and reliable, and meet the material stability and safety requirements of instruments and meters.

NTCLE350E4 has the characteristics of high accuracy and fast response speed, which can provide high-precision temperature measurement data and meet the requirements of electronic devices for temperature measurement accuracy and response speed. The thermal gradient of this resistor is relatively low, which can reduce the impact of temperature gradient on the measurement accuracy of electronic devices. Meanwhile, NTCLE350E4 has a high temperature resistance of+185 ° C, making it suitable for applications in high-temperature environments in the field of electronic communication, such as modems, routers, gateways, communication base stations, etc.