QUESTION 5 Assume that you have a sensor that outputs a voltage in the range 0-10m. The frequency of the sensor voltage

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QUESTION 5 Assume that you have a sensor that outputs a voltage in the range 0-10m. The frequency of the sensor voltage

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Question 5 Assume That You Have A Sensor That Outputs A Voltage In The Range 0 10m The Frequency Of The Sensor Voltage 1
Question 5 Assume That You Have A Sensor That Outputs A Voltage In The Range 0 10m The Frequency Of The Sensor Voltage 1 (25.91 KiB) Viewed 58 times
QUESTION 5 Assume that you have a sensor that outputs a voltage in the range 0-10m. The frequency of the sensor voltage is bandwidth limited to 40H2.400Hz with a brickwall filter. This sensor forms the basis for the following application An Analog-to-Digital Converter is connected to the sensor and has a range of 0-SV. The output of the sensor is now connected via an investing differentiating amplifier, le the output of the amplifier is the time differential of the sensor voltage times a gam (see Figure below). Your task is to design this differentiating amplifier that couples the sensor to the ADC optimally Draw the circuit diagram of this differentiating amplifier and dente all necessary component values Upload an image of your answers. Differentiating Amplifier Vsensor VADC ADC Sensor dV sensor VADC = Gain x dt
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