2-691157-1

Series:	*
Part Status:	Active

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

2-691157-1 application field and working principle is a common theme in the Miscellaneous category. The technology behind this device has been used for many years, though it has recently become a popular tool for a variety of applications. 2-691157-1 is a thermocouple thermistor, which combines the functions of a thermocouple and a thermistor. This type of thermistor is able to measure temperature without the need for a secondary probe, such as a thermocouple, or a post-measurement temperature modification. It functions as both a sensor and an indicator.The thermistor’s core is a temperature-sensitive resistor that changes its resistance based on the surrounding temperature. This is known as the temperature coefficient of resistance (TCR), which is the thermistor’s main attribute. The resistance of the thermistor is highest in cold temperatures and lowest in warm temperatures. This allows it to be used as an inexpensive temperature sensor. By varying the resistance of the thermistor, the temperature can be accurately measured.The thermistor’s sensing element is a combination of two metals formed into a single device. A metal wire is wound around the two joined metal discs, and depending on the temperature, changes the electrical resistance across these layers. The thermistor is able to detect the smallest of temperature variations due to this setup.In terms of applications, thermistor temperature sensors are used in many industries, including industrial, automotive, and medical. They can be used to monitor and control temperatures in continuous production lines, hot-mass production machinery, ovens and furnaces, air-conditioning systems, food processing plants, medical laboratories, agricultural sites, and chemical plants.The thermistor is a very reliable and efficient temperature sensor, as it is simple to install, and able to withstand extreme temperatures with no degradation to its performance. Its main limitation, however, is its slow response time, as it takes up to 15 seconds for the thermistor to accurately register a change in temperature.Thermistor thermistors are now increasingly being applied in multiple thermodynamic measurements, especially in the fields of medical diagnostics. For instance, this type of thermocouple is used to monitor body temperature in medical emergency rooms or in intensive care units, as well as to detect temperature changes in laboratory and medical equipment. In prenatal tests, it is used to measure changes in embryonic temperatures, a key indicator of a healthy pregnancy.Thermistor thermistors are also found in process industry applications, as they are used to regulate the operation of hydraulic and pneumatic systems, or to check the correct functioning of the cooling system in a motor. It is also used in electronics, particularly in circuit breakers, to detect any overheating due to overload.2-691157-1 technology is also used in the science of psychometry. This is a branch of science concerned with the measurement and interpretation of psychological phenomena such as personality, behavior, and mental processes. A 2-691157-1 thermistor used in psychometric measurements monitors changes in body temperatures during tests. This information can then be used to evaluate the psychological responses of the testee.The thermistor is a robust and reliable type of temperature sensor that is now widely used in many industries. The combination of two metals in one device allows it to be used as a temperature sensor without the need for costly secondary probes. Its slow response time is its main limitation, but its simplicity and cost-efficiency makes it a very popular temperature sensor. Its applications span across many industries, from medical to automotive to electronics.

The specific data is subject to PDF, and the above content is for reference