NTCG164BH103HT1

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NTCG164BH103HT1 is a type of Negative Temperature Coefficient (NTC) thermistors, a kind of temperature sensors that can measure a wide temperature range. It is a capacitor composed of sintered metal oxides, that changes its electrical characteristics in response to temperature changes and used to accurately measure temperatures in a variety of applications. The NTCG164BH103HT1 thermistor has excellent properties for a wide range of temperature measurement tasks due to its small size, robust construction, fast response time and wide temperature range.

NTCG164BH103HT1 thermistor has four main characteristics: a logarithmic increase of resistance with decreasing temperatures, temperature-dependent resistance, high accuracy, and a wide temperature range. It has an accuracy of 0.5°C in the 0 - 100°C range and a resistance of over 25kΩ at 25°C. The thermistor can detect radically varying temperatures from -55°C up to 125°C due to its unique construction.

The thermistor also has a fast response time, which can be as low as 0.1 seconds. This fast response time ensures that the thermistor is able to accurately measure temperatures that shift rapidly. This, along with its small size, makes the thermistor an ideal choice for a variety of applications.

The NTCG164BH103HT1 thermistor is employed in a variety of temperature measurement applications. It is commonly used in medical, automotive, and industrial machines that need to maintain a certain temperature range within safe limits. It is also found in security systems, such as fire alarm systems and smoke detectors, to measure rapid changes in temperature. Combining the small size and fast response time of the thermistor, it is a common choice for construction-related applications where the temperature condition needs to be monitored.

The temperature measurement element of the NTCG164BH103HT1 thermistor is the capsule itself, which is a capacitor composed of metal oxides. The capsule has two metal terminals, and when an electric current is applied to them, an electric field is set up between the two terminals. This electric field is affected by the temperature of the capsule, which causes a change in the electrical characteristics of the ceramic material. The level of this change depends on the temperature range, which is why thermistors are so well-suited for varying temperature measurements.

The thermistor is connected to a circuit board that is capable of amplifying and measuring small changes in electrical characteristics. This amplified signal can then be converted to a temperature reading and recorded. By measuring a small temperature change with such accuracy and precision, the NTCG164BH103HT1 thermistor is able to provide very reliable temperature readings.

The NTCG164BH103HT1 thermistor is extremely reliable and accurate in a variety of temperature measurement applications. With its small size, rapid response time, wide temperature range and high accuracy, it is an ideal choice for many industries that require temperature readings that are updated often. Furthermore, the thermistor is very robust, and can withstand harsh conditions without any damage.

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