I had a school assignment to submit i understand the two rule of an ideal and practical use of op-am. The properties of non-inverting, inverting and summing amplifier. but i am struggling with my assignment, which require your help. i was given ten option to choose i pick option 6. the question is:
Given that the pressure sensor produces an output voltage (Vs :sensor output voltage) according to the equation Vs = (Px0.131)+1.683. This equation can be expressed in terms of pressure (P) versus sensor voltage (vs)i.e
P=(vs – 1.683)/0.131
You are to design the amplifier circuit for this sensor using any combination of inverting amplifier, non inverting amplifier, summing amplifier together with a 1V reference voltage source.
The two input signals of this circuit are sensor voltage (Vs) and an 1V reference source (Vref) and the circuit should produce an output voltage (Vo) indicating the pressure (PSI) according to the equation
Vo = P(PSI)
i.e When P=0PSI, Vo=OV When P=10PSI, Vo=10V When P= -10PSI, Vo= -1OV
I will be very grateful if you upload the circuit design to help me out.
Given that the pressure sensor produces an output voltage (Vs :sensor output voltage) according to the equation Vs = (Px0.131)+1.683. This equation can be expressed in terms of pressure (P) versus sensor voltage (vs)i.e
P=(vs – 1.683)/0.131
You are to design the amplifier circuit for this sensor using any combination of inverting amplifier, non inverting amplifier, summing amplifier together with a 1V reference voltage source.
The two input signals of this circuit are sensor voltage (Vs) and an 1V reference source (Vref) and the circuit should produce an output voltage (Vo) indicating the pressure (PSI) according to the equation
Vo = P(PSI)
i.e When P=0PSI, Vo=OV When P=10PSI, Vo=10V When P= -10PSI, Vo= -1OV
I will be very grateful if you upload the circuit design to help me out.
