Specification

Principle of digital thermometer

The working principle of digital thermometer is to convert the temperature into electrical signals through the sensor, and then process and display them in digital readings through the digital circuit. Common temperature sensors are: a thermistor & a thermocouple Thermistors sense temperature via the change in the resistance of a circuit, and thermocouples sense the temperature via the voltage difference between differences in metal contacts. These electrical signals are digitized from an analog signal into a digital value using analog-to-digitalconversion (ADC) and displayed on the screen. Digital thermometers normally have the advantages of high precision, fast response, and so on, which is widely used in the fields of medical, industrial and other aspects. It is simple to use and can offer accurate and consistent temperature measurement results.

Characteristics of digital thermometer

High accuracy: temperature is measured by precise sensors such as thermistors or thermocouples to ensure accurate and reliable readings.

Fast Response: temperature data can be obtained quickly, usually within a few seconds to display the results, suitable for rapid measurement.

Easy to use: simple digital display makes temperature reading intuitive and clear, easy to operate, suitable for different users.

Durability: the use of rugged housing and high-quality sensors to ensure long-term use of durability and stability.

Versatility: modern digital thermometers may also have memory storage, automatic shutdown, temperature unit conversion and other additional functions to meet different needs.

Portability: digital thermometer is small and light, suitable for carrying, suitable for family, medical, laboratory and other scenarios.

When ordering above, pls sepcify

1. Temperature range

2. Connection type

3. Stem length and diam

4. Connection type size thread