A truck weighing station incorporates a sensor whose resistance varies linearly with the weight: Rs = Ro+aw. Here Ro is a constant value, a a proportionality factor, and W the weight of each truck. Suppose Rs plays the role of R2 in the noninverting amplifier. Also, Ap=co, Vin = 1 V, R1=9 ko, Ro=1 ko, a=0.001 kn/kg. Calculate the output voltages for the following cases; 1) when the weighing station is empty II) when a truck of 3500 kg is on the weighing station III) recalculate the II), if an opamp with an open loop gain of A0=50 is employed in the circuit LoVout Vin Ao R₁ HI Rs O a. 1) Vout=8,786 V, II) Vout=1,666 V, III) Vout=1,220 V O b. 1) Vout-7,029 V, II) Vout=1,469 V, III) Vout=1,400 V O c. 1) Vout=8,786 V, II) Vout=1,666 V, III) Vout=1,920 V O d. 1) Vout=8,786 V, II) Vout=1,469 V, III) Vout = 1,400 V O e. 1) Vout-7,029 V, II) Vout=1,469 V, III) Vout=1,220 V O f. 1) Vout=8,786 V, II) Vout =1,666 V, III) Vout =1,220 V O g. 1) Vout-7,029 V, II) Vout=1,666 V, III) Vout=1,920 V O h. 1) Vout=8,786 V, II) Vout=1,469 V, III) Vout =1,920 V

Design the fixed bias circuit for the 2N5951 N-channel JFET transistor to achieve an operating point of (Jp=4mA VDS=12 V) if it has a source VDD=24 V, draw the corresponding circuitFrom the datasheet we get VGSOFF=-5V; I_DSS=13 mA

Is the small signal equivalent circuit for this diagram correct? How do we add cg and Cs?

How did they get this circuit? Break down simply

24. Set up a midpoint bias for a JFET with Ipss = 14 mA and VGs(ofm = -10 V. Use a 24 V dc source as the supply voltage. Show the circuit and resistor values. Indicate the values of Ip, VGs, and Vps-

a. A 5-bit DAC has a current output. For a digital input of 101000, an output current of 10mA is produced. What will be Iout for a digital input of 11101? b. An 8-bit DAC has an output voltage range of 0-2.55V.Determine its resolution in two ways.  c. List out and explain any two methods of D to A conversion.

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To a measurement range of -4 to 6 V, apply a 4-bit analog-to-digital converter.  1- Identify the assigned voltages to each of the bins. 2- Determine the voltage that will be assigned to a measurement reading -3.25 V. Calculate the percentage ADC error. 3- Determine the voltage that will be assigned to a measurement reading 4.11 V. Calculate the percentage ADC error.   Solve step by step properly.

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