TTS-30KC6-BZ

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NTC (Negative Temperature Coefficient) thermistors are semiconductor materials that exhibit a decrease in electrical resistance with an increase of temperature. As such, they are widely used as temperature sensors. The TTS-30KC6-BZ is a NTC thermistor marketed by TOKYO SOKKI KENKYUJO, designed to be used for temperature monitoring in electrical appliances, PCB\'s, solar cell panels, various medical equipment, and many other applications.

The main feature of the TTS-30KC6-BZ NTC thermistor is its ability to accurately measure temperatures from -30°C to +85°C with a tolerance of 0.25, providing precise temperature sensing capabilities. It is available with two different lead configurations: 3-lead (S) and 4-lead (B). The device also has a current withstanding capacity of 10A for direct current and 7A for alternating current.

The operating principle of the TTS-30KC6- BZ NTC thermistor is based on the principle of semiconductor rectification. Generally speaking, the higher the temperature, the less resistance the thermistor will have. The resistance of the thermistor is voltage dependent and the resistance-temperature value of the thermistor can be expressed as a function of voltage at a given temperature.

In practical applications, the TTS-30KC6-BZ NTC thermistor behaves as a variable resistor, connecting a high-resistance thermistor in series with a low-resistance resistor. When the thermistor is connected to an external voltage source, the current through the thermistor will be proportional to the applied voltage and will depend on the resistance-temperature condition of the thermistor. This current will be sensed and converted to a temperature value, which can then be used to control the temperature of the system.

The Wheatstone bridge is commonly used for a variety of temperature sensing applications such as the TTS-30KC6-BZ. The bridge is a linear transducer circuit with two arms connected between four terminals. The thermistor is placed across one of the arms of the bridge and an AC signal is applied to the other arm. The output voltage of the bridge is then used to measure the resistance of the thermistor. The resistance of the thermistor then corresponds to a particular temperature, and therefore can be used to measure the temperature of the surrounding environment.

Furthermore, the TTS-30KC6- BZ NTC thermistor can be equipped with a long term compensation circuit that ensures a stable output over a wide operating temperature range. This circuit is composed of a reference resistor and a field effect transistor (FET). The reference resistor will fix the resistance-temperature coefficient of the thermistor, and the FET will be used to control the amount of current flowing through the thermistor. This will adjust the output voltage of the thermistor and compensate for possible temperature variations.

In conclusion, the TTS-30KC6-BZ NTC thermistor is an accurate and reliable temperature sensor that can be used in a variety of applications including solar cell panels, PCBs, medical equipment, and many more. The device operates on the principle of semiconductor rectification and can be used with a Wheatstone bridge or a long term compensation circuit for more accurate measurements.

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