There are four main temperature sensors used today in modern-day electronics: Negative temperature coefficient (NTC) thermistors, resistance temperature detectors (RTDs), thermocouples, and semiconductor-based integrated (IC) sensors.
Equipped with dual sensors to monitor both internal meat temperature(from 32°F to 212°F) and ambient temperature(up to 572°F), this wireless meat thermometer provides comprehensive data for precise cooking control ensures your dishes are cooked to perfection. Wireless Meat Thermometer Digital: Smart Multi Sensors Accuracy Bluetooth WiFi Food Thermometer with Ultra-Thin Probes for Cooking, BBQ,Oven, Grill, Smoker, Heat Resistance
Air Conditioning Temperature Sensor Copper head is the detection of copper pipe, temperature conduction fast; The rubber head is generally used to detect the ambient temperature, corrosion resistance, high reliability.
Using advanced sensing technology, the temperature can be measured very accurately with very small error range, meeting your demand for accurate temperature measurement.
Waterproof NTC Thermistor, PT100, DS18B20 Temperature Sensor For Coffee Machine ; Response Time. ≤3S ; Temperature Range. -20℃～105℃ ; Housing size. Stainless steel φ4×23*φ2.1*φ2.5.
From air conditioners, refrigerators, washing machines, to electric kettles, toasters, toasters, coffee machines, etc., Home Appliance Temperature Sensor can be used to digitize relevant information and functionalize the data results to achieve intelligent product upgrades.
Temperature sensor is an integrated circuit sensor that measures the centigrade temperature and provides an output voltage that is linearly proportional to the temperature. It can be used in various applications such as microwave ovens, fridges, air conditioners, and water temperature monitoring.
When selecting a thermistor, it is indeed necessary to comprehensively consider many key parameters and packaging (epoxy resin Encapsulation, Glass Bead Encapsulation, thin film Encapsulation, SMD Encapsulation, stainless steel probe sensor Encapsulation, injection molding coating). Let me tell you in detail:
The resistance range of thermistors is wide, and the resistance of NTC thermistors can range from tens of ohms to ten thousand ohms, and even special devices can be customized according to needs. Commonly used resistance values are 2.5Ω, 5Ω, 10Ω, etc., and common resistance errors are ±15%, ±20%, ±30%, etc. The resistance range of PTC thermistors is usually from 1KΩ to hundreds of KΩ.
Reasonable arrangement of temperature sensors: The location and arrangement of temperature sensors will also affect the response time. If the contact area between the sensor and the object being measured is large, the heat exchange will be faster and the response time will naturally be shorter. However, please note that too large a contact area may also lead to increased measurement errors, so we have to make a trade-off based on the actual situation.
As a component that can change the resistance value according to temperature changes, thermistors have a wide range of applications (such as temperature measurement, temperature control, temperature compensation, temperature alarm, battery thermal protection). Let me share with you several application cases of thermistors:
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