Consider a Boolean function shown below. f = xx2x + x1x2x3 + x2x3x4 1) CALCULATION: Use...

 

Transcribed Image Text:

Consider a Boolean function shown below. f = x₁x2x + x1x2x3 + x2x3x4 1) CALCULATION: Use the following parameters for your calculations. Equivalent resistor for all NMOS transistors: Ry=4.7k Equivalent resistor for all PMOS transistors: Rp=2.6k a) Implement f with "a CMOS Logic Circuit", "an NMOS Pass Transistor Logic Circuit", and "a Dynamic Logic Circuit". For pass transistor logic select an ordering of x4, X3, X2, and xi. There should be total of three circuits/implementations. b) Suppose that a load capacitor of 10pF is connected to the output of each circuit (neglect all internal capacitors). Calculate the worst case propagation delays tРLH and tРHL for each implementation. There should be total of 6 delay values. Consider a Boolean function shown below. f = x₁x2x + x1x2x3 + x2x3x4 1) CALCULATION: Use the following parameters for your calculations. Equivalent resistor for all NMOS transistors: Ry=4.7k Equivalent resistor for all PMOS transistors: Rp=2.6k a) Implement f with "a CMOS Logic Circuit", "an NMOS Pass Transistor Logic Circuit", and "a Dynamic Logic Circuit". For pass transistor logic select an ordering of x4, X3, X2, and xi. There should be total of three circuits/implementations. b) Suppose that a load capacitor of 10pF is connected to the output of each circuit (neglect all internal capacitors). Calculate the worst case propagation delays tРLH and tРHL for each implementation. There should be total of 6 delay values.

Answer rating: 100% (QA)

IVeRe IVbVbeRe As a general rule of thumb the voltage drop across ... View the full answer