Design a 64k x 16 PROM to convert a 12-bit DN (data number) to a 16-bit EU (engineering unit) for an industrial motor using tables specified by X. When X=0, the output is shaft speed of 0 to 8191 RPM; when X=1, the output is current from 0 to 127 Amps (motor rated to 80 Amps); when X=2; the output is rotor temperature from -75 to +255 C; and when X=3, the output is the power factor from 0 to +0.9999. (Note there are implied binary points that reduce the output to the specified range1). DN is the lower significance input and X is the higher. X=0, EU = OxXX XXXX XXXX XX.00; X=1, EU = XXXX XXXX X.x00 0000; X=2, EU = XXXX XXX.X XXOO 0000; and X=3, EU = X.XXX 0000 0000 0000. (Note X=0 and X=2 values are magnitudes and unsigned, X = 1 and X = 3 values are two's complement.) Show the address map for the converter: Show the memory map for the converter: If the motor operates on 480 VAC at its rated + current and a PF of 1.0, what horsepower is it generating? Design a 64k x 16 PROM to convert a 12-bit DN (data number) to a 16-bit EU (engineering unit) for an industrial motor using tables specified by X. When X=0, the output is shaft speed of 0 to 8191 RPM; when X=1, the output is current from 0 to 127 Amps (motor rated to 80 Amps); when X=2; the output is rotor temperature from -75 to +255 C; and when X=3, the output is the power factor from 0 to +0.9999. (Note there are implied binary points that reduce the output to the specified range1). DN is the lower significance input and X is the higher. X=0, EU = OxXX XXXX XXXX XX.00; X=1, EU = XXXX XXXX X.x00 0000; X=2, EU = XXXX XXX.X XXOO 0000; and X=3, EU = X.XXX 0000 0000 0000. (Note X=0 and X=2 values are magnitudes and unsigned, X = 1 and X = 3 values are two's complement.) Show the address map for the converter: Show the memory map for the converter: If the motor operates on 480 VAC at its rated + current and a PF of 1.0, what horsepower is it generating