The manual presents explanation such as sensor, radiation, excitation voltage, energy, output, coefficients, voltage, operation, wires, input excitation, measurement, instruments, thermistor, and thermistor temperature. Lots of explanation such as model, device, input voltage, thermistor resistance, product, support, cable, precision bridge, lead wires, maximum assuming input, compatible measurement device, connector, temperature, and input are presented in the manual.
In the manual you can find things regarding recalibration, excitation, current, range, thermistor measurement sensitivity, bridge measurement, products, thermal equilibrium, measured temperature, output voltage, self heating, thermistor measurement, shielded twisted pair, and thermal energies. Here are grabbed from this manual:
Properties of materials and nearly all biological, chemical, and physical processes are temperature dependent. Temperature is also a fundamental weather variable. As a result, temperature is perhaps the most widely measured environmental variable. Apogee Instruments ST-100 temperature sensors consist of a precision thermistor enclosed in a ceramic housing with a rubber covering, a precision bridge resistor, and lead wires to connect the sensor to a measurement device. Sensors are weatherproof and are designed for continuous temperature measurement in air or soil. ST-100 temperature sensors output an analog voltage (when supplied with an input voltage) that is related to thermistor resistance. Resistance is directly related to temperature.
Giving more content, this manual presents discussion around measurement range, temperature measurement, reference temperature, item, heating, resistance, installation, bridge, measurement device, resistor, sensitivity, temperature sensors, and environment.