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Aplicarea senzorilor cu sonde de temperatură?

Rezistor termic, termocuplu, cip senzor digital NTC, PTC, PT100, DS18B20 Senzorii cu sonde de temperatură sunt utilizați pe scară largă în multe domenii. Iată câteva dintre principalele domenii de aplicare: Senzorii cu sonde de temperatură sunt utilizați pe scară largă în multe domenii, și oferă suport tehnic important pentru monitorizarea și controlul temperaturii în diverse industrii. Dacă aveți scenarii de aplicații sau nevoi specifice, Vă pot oferi sugestii de selecție și utilizare mai detaliate.

DALLAS Ds18b20 Temperature Sensor Probe

Ultra-small size, ultra-low hardware overhead, strong anti-interference ability, high precision, and strong additional functions make DS18B20 more popular. The advantages of DS18B20 are our best choice for learning microcontroller technology and developing temperature-related small products. Understanding the working principles and applications can broaden your ideas for microcontroller development.

Digital DS18B20 Temperature Sensor Module Kit Waterproof 100CM Sensor Cable

The China Custom Digital temperature sensors come with the original DS18B20, high quality in a stainless steel housing (6 * 30mm) and 3m #24 30# 2651, UL4411 28# Silicone cable (120 inches) in length.

DS18B20 digital temperature sensor probeProgrammable

This is custom 1-wired and waterproofed version of the DS18B20 sensor. Handy for when you need to measure something far away, or in wet conditions. The temperature sensor supports the “1-Wireinterface (1-Wire), and the measurement temperature range is -55℃~+125℃.

Ds18b20 Sensor Probe and Cable

DS18B20 temperature sensor features: waterproof, anti-corrosion.
Packaging details: can be customized as needed. MAXIM imported with original packaging; TO-92 package; large quantities in stock. And provide DS18B20 digital temperature sensor in stainless steel tube waterproof package.

Ds18b20 Sensor Probe functions and applications

What sensor is ds18b20?
DS18B20 is a commonly used digital temperature sensor, which outputs a digital signal with the characteristics of small size, low hardware overhead, strong anti-interference ability and high precision. The DS18B20 digital temperature sensor is easy to wire and can be used in a variety of occasions after packaging, such as pipeline type, threaded type, magnet adsorption type, stainless steel packaging type, and various models, including LTM8877, LTM8874, etc.

Ds18b20 temperature sensor wiring harness

DS18B20 sensor wiring harness is a commonly used digital temperature sensor. The output is a digital signal, which has the characteristics of small size, low hardware overhead, strong anti-interference ability, and high accuracy. DS18B20 digital temperature sensor is easy to connect, and it can be applied to many occasions after being packaged, such as pipe type, screw type, magnet type, and stainless steel package type. There are various models, including LTM8877, LTM8874 and so on.

Fast-response oven, BBQ meat sensor probe

pt100/pt1000 Thermistor NTC Temperature sensor parameters of BBQ barbecue thermometer:
NTC thermistor, PT100.
Φ4MM, Φ3.8MM bent 304 stainless steel probe.
Silicone handle
3.5, 2.5 connection plug
Measuring temperature range: 200°, 250°, 380° for lead selection

NTC, PTC, PT100, DS18B20 for Temperature Probe Sensors

Thermocouple probe: It uses the thermoelectric effect to measure temperature, and has the characteristics of a wide measurement range and fast response speed.
Thermal resistance probe: uses the property that the resistance of metal or semiconductor materials changes with temperature to measure temperature, and has the characteristics of high measurement accuracy and good stability.
Semiconductor probe: uses the property that the conductivity of semiconductor materials changes with temperature to measure temperature, and has the characteristics of small size, light weight and low power consumption.

Temperature probes, Temperature sensor types & applications

A temperature probe is a device used to measure temperature, usually consisting of a sensitive element and a measuring circuit. The sensitive element can be a thermocouple (pt100, pt1000), a thermal resistor (ntc, ptc), a semiconductor (DS18B20 digital), etc., which can convert temperature changes into electrical signals. Then it is amplified, filtered, converted, and processed by the measuring circuit, and finally an electrical signal proportional to the temperature is output.