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A voltage signal generated by a sensor conditioning circuit varies from -0.5V to +0.5V . The signal from the sensor is to be connected to the analog to digital converter which only accepts positive voltage. Design an op-amp circuit to amplify the signal 10 times and shift the signal to the positive range. The output signal after amplification and shifting should fluctuate between 0 V to 10 V. Simulate your design using Multisim spice simulator and show that your design meets all the requirements. Take note that the final output signal should not be inverted. Your type written answer should contain
i) Circuit schematics that show the complete circuit and its resistor value.
ii) Plot showing input and output voltage of your circuit. Assume sinusoidal input signal with peak to peak voltage of 1 V.
iii) Explain how the circuit works and show all calculation steps.
iv) List all components used together with its product code and price. Information on practical components should be obtained from Analog Devices, Farnell or RS website.
Distinguish between ferromagnetic and diamagnetic materials, mentioning at least one example of each. Ferromagnetic Materials: These are materials wherein magnetic dipoles in
Q. Referring to Figure, let V BN = V RN = 120 V rms magnitude, and V BR = 240 V rms magnitude. Write down expressions for v BN (t), v RN (t), and v BR (t), and sketch them as a
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Q. Determine the synchronous speed in revolutions per minute and the useful torque in newton- meters of a 200-hp, 60-Hz, six-pole synchronous motor operating at its rated full load
) Design a suitable double –layer lap winding for a 6-pole dc armature with 18 slots
Q. A 100-turn coil in the configuration of is rotated at a constant speed of 1200 r/min in a magnetic field. The rms induced voltage across the coil is 1 kV, and each turn has a le
Q. What do you mean by Negative Impedance Converter? The op-amp circuit of Figure causes a negative resistance R in between the input terminal and ground. In the more general
Bad Workmanship Bad workmanship contributes importantly towards increasing distribution losses. Efforts should, thus, be made to have the best probable workmanship. In this co
You are to choose a particular application, model and simulate it using MATLAB and or SIMULINK. 1. Modelling 2. Testing and verification of the model 3. Demonstration o
Systems such as those encountered in mechanics, thermodynamics, and hydraulics can be represented by analogous electric networks, from the response of which the system characterist
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