Thin and Thick Film Sensor High Gain Signal Conditioning Circuits

The application note gives us explanation such as thick film, output noise, temperature, voltage, precision sensor, common mode, max1452, sensor compensation, max4196 instrumentation amplifier, temperature compensation, max4196, amplification circuit, temperature coefficient, instrumentation, and output signal. In this application note we can get things like bridge excitation voltage, output voltage, precision, conditioner, sensor, signal conditioner, strain gauge, gain setting, samples, circuit, sensor bridge, signal, sensor signal conditioner, excitation voltage, and signal path.

Lots of info like gain settings, gain, bridge excitation, circuits, amplification, design, thin film, temperature range, current, maxim design, compensation, system noise, load, amplifier, and pre amplification circuit are presented in the application note. Here are grabbed from the application note:

Sensors that use thin-film or thick-film strain gauge technology typically require high-gain signal conditioning. For typical applications where signal gain of less than 250V/V is sufficient, any of the high precision signal conditioners, MAX1452, and MAX1455 ASICs can be used without any external amplification of the signal. For applications where high-gain compensation (larger than 250V/V) is required, external amplification circuit must me added.

Even more, the application note gives us more about output, sensitivity, excitation source, sensors, sensor signal, single ended signal, single ended, noise, bridge, signal conditioning, performance, signal gain, range, and excitation voltages.

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