Lots of explanation regarding power amplifier, circuits, digital temperature sensor, temperature sensing techniques, temperature sensors, temperature sensor, and applications are explained in this handbook. This handbook gives the reader info like heat, output voltage, the output signal, temperature range, microprocessor, and signal.
In this handbook we can learn things around heat sink, sensor, thermal, comparator, temperature, and thermistors. Here are excerpted from this handbook:
This Handbook Temperature is the most often-measured environmental quantity. This might be expected since most physical, electronic, chemical, mechanical and biological systems are affected by temperature. Some processes work well only within a narrow range of temperatures; certain chemical reactions, biological processes, and even electronic circuits perform best within limited temperature ranges. When these processes need to be optimized, control systems that keep temperature within specified limits are often used. Temperature sensors provide inputs to those control systems.
In addition, this handbook contains more such as amplifier, voltage reference, sensing techniques, interface, operating temperature range, and accuracy.