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1 draw the symbols for the nand nor xor and xnor gates what is the difference between the buffer and or xor and the not
implement circuits in logisim that show whether or not the operations and or xor nand nor and xnor are commutative this
1 implement the half adder circuit on the breadboard2 implement the full adder circuit on the breadboard3 using the
a voltage source vt 100 cos2pi50 t v is applied to a nonlinear load resulting in non-sinusoidal current it 4 10
implement a mod 4 down counter or a counter which counts 11-gt10-gt01-gt00-gt11 this counter will require that you
1 implement the d latch to include an enable line using logisim the enable line will be used to control when the d
1 in logisim implement an 8-to-1 mux using 2 4-to-1 muxes and a 2-to-1 mux2 in logisim implement an 8-to-1 mux using 4
1 explain how a 1 bit 4-to-1 mux can calculate any binary boolean function because the mux can calculate the result of
answer the following questionsa how many output lines would a 4 input decoder haveb how many output lines would a 5
1 implement a 3-to-8 decoder using not and and gates in logisim show that it is correct by showing it generates the
1 implement the 2-to-4 decoder using 7404 not an 7808 and chips on your breadboard2 implement the 2-to-4 decoder
a dc source supplies an inverter with bipolar pwm control the effective value of the output voltage on the fundamental
a the highest frequency in the spectrum x omega fig p81-8a of a bandpass signal x t is 30 hz hence the minimum sampling
a a signal x t 5 sinc2 5pit cos 20pit is sampled at a rate of 10 hz find the spectrum of the sampled signal can x t
a sketch x omega the amplitude spectrum of a signal x t 3 cos 6pit sin 18pit 2 cos28 - notinpit where notin is a
a signal is bandlimited to 12 khz the band between 10 and 12 khz has been so corrupted by excessive noise that the
a continuous-time signal x t deltat 12 is sampled at three rates 10 2 and 1 hz sketch the resulting sampled signals
determine the nyquist sampling rate and the nyquist sampling interval for the signalsa sinc2 100pitb 001 sinc2 100pitc
for a system specified by the transfer functionwrite sets of state equations for dfii and its transpose cascade and
convert each of the following second-order differential equations into a set of two first-order differential equations
write the state equations for the systems depicted in fig p105-1 determine a new state vector w such that the resulting
the state equations of a certain system are given asfind the state equations of the system with w as the state vector
1 distinguish between bound electrons and free electrons in an atom2 briefly describe the phenomenon of conduction3
1 what is a boundary condition how do boundary conditions arise and how are they derived2 summarize the boundary
1 what is the criterion for a material to be a good conductor2 give two examples of materials that behave as good