The user manual contains explanation around data acquisition, signal conditioning, sensor excitation, voltage, gain amplifier, sensor, differential input, sensing resistor, sensor interfacing, instrumentation amplifier, programmable gain amplifier, input instrumentation amplifier, and input configuration. Inside the user manual we can get things like the isolation amplifier, excitation level, sensors, instrumentation, performance, the input instrumentation, gain resistor, filter, temperature measurement, acquisition, input, and data acquisition board.
Lots of info about amplifiers, isolation amplifier, noise, configuration, input instrumentation, usf4, input amplifiers, signal, temperature sensor, bandwidth, offset, the instrumentation amplifier, and excitation are explained inside the user manual. Below are some excerpt from the user manual:
Instrumentation input stage Excitation Mechanical description Connector description What comes with your board Board accessories Application software and drivers Hardware accessories Using this manual When you need help CHAPTER 1 – BOARD SETTINGS Factory-Configured Jumper Settings Sensor excitation voltage A/D channel selection D/A channel selection PGA reference source selection Excitation type jumper Input configuration jumpers Input amplifier reference selection Gain selection for each channel Ground connection jumper CHAPTER 2 – BOARD INSTALLATION Board installation External I/O connections Sensor interface connector 50-pin RTD
Even more, this user manual contains information things like sensor interface, installation, amplifier, voltage excitation, conditioning, universal sensor interface, interface, description, calibration, excitation voltage, noise rejection, and offset adjustment.