Detect 3 or more consecutive 1’s. for this question ,

how can i make a state diagram and state table ? based on what ? also, how can i know the state S0 will go for s2 or S0 for S1 and so on?

Design and simulate and fabrication a monostable multivibrators using 555 timer to produce a pulse width of 1 sec

Calculate the freqency

Obtain the transfer function of a low pass digital filter meeting the following
specifications:
Passband 0 − 60 Hz; Stopband > 85 Hz; Stopband attenuation > 15 dB
Assume sampling frequency of 256 Hz and having 3rd order Butterworth Characteristics.

Hello All, anyone can explain these to me?
I. What’s the effect of increasing the capacitance? in term of saturation mode
II. What’s the effect of decreasing the capacitance? in term of saturation mode
III. Does dose saturation mode mean a short circuit?
IV. What will happen to the capacitor under saturation mode?
V. What's the relationship between the temp and the capacitance?

Draw two different band-reject filter circuits. For each circuit, use circuit analysis to describe in detail how it functions as a band-reject filter.

Updates Question.                                       Consider the Full- bridge single-phase in- verter with input voltage equal to 200V. This inverter is controlled by sinusoidal PWM technique with amplitude modula-   lation index equal to 0.5 to generate a 3- level half-wave symmetry waveform with frequency equal to 50Hz.                             a) Obtain its power circuit.                             b) Obtain its switching table.                       c) Calculate the width of the generated     pulses at the output.                                     d) Calculate the RMS value of output vol- tage.                                                               e) Calculate the amplitude of fundamen- tal frequency.                                                 f) Draw the waveforms of refrence and carrier signals.                                               g)Obtain the waveform of output voltage h) Design the trigger signals of switches. Thanks for your help.

Procedure
a. Design and build a circuit based on the subtractor adder to implement the following equation: Y=2X +1.5

b. Check the operation of the circuit, entering 10 different values ​​of X and measuring the result obtained in Y. Use a source of +-15 volts to polarize the circuit

c. Graph the results and obtain the equation of that graph.

1. The split phase motor is used to _____.

a. provide mechanical drive to the DC motor

b. produce DC voltage directly

c. provide a load for the DC motor

d. serve as a control device.

2. The purpose of the rheostat in the DC motor in this application is to ____.

a. prevent the series winding from being burned out

b. provide for output voltage control

c. limit the shunt current

d. dissipate the counter EMF

3. The device that connects the two motor shafts together is called a ____.

a. transformer

b. coupler

c. transducer

d. reducer

4. The purpose of the motor generator is used to ___.

a. convert DC voltage to AC voltage

b. convert AC voltage to DC voltage

c. reduce the effects of line loads

d. reduce ambient power losses

Design the component values for the series RLC bandreject filter so that the center frequency is 5 kHz and the quality factor is 5. Use a 500 nF capacitor.

Important: Please.....Plot the circuit of your design, marking the output voltage. I think it means a sinewave on an X, Y, graph plot with v_o as X, and t(ms)>0 as Y. Is this possible here?

A solid, homogeneous sphere with a mass of m0, a radius of r0 and a density of ρ0 is placed in a container of water. Initially the sphere floats and the water level is marked on the side of the container. What happens to the water level, when the original sphere is replaced with a new sphere which has different physical parameters? Notation: r means the water level rises in the container, f means falls, s means stays the same.

a) r / f / s

The new sphere has a radius of r < r₀ and a density of ρ = ρ₀.
The new sphere has a density of ρ = ρ₀ and a mass of m < m₀.
The new sphere has a mass of m = m₀ and a density of ρ < ρ₀.

b) r / f / s / r or s / f or s

The new sphere has a density of ρ > ρ₀ and a mass of m = m₀.

The new sphere has a density of ρ > ρ₀ and a radius of r = r₀.

The new sphere has a mass of m > m₀ and a radius of r = r₀.

c) r / f / s / r or s / f or s / r or f or s

The new sphere has a mass of m < m₀ and a density of ρ > ρ₀.

The new sphere has a mass of m < m₀ and a radius of r > r₀.

The new sphere has a radius of r < r₀ and a density of ρ > ρ₀.

Rising Edge Detector: The rising-edge detector is a circuit that generates a short one-clock-cycle tick when the input signal changes from 0 to 1. It is usually used to indicate the onset of a slow time-varying input signal. Moore machine state diagram for the rising-edge detector is shown in Figure 6. a. Draw the state diagram for the rising edge detector b. Adapt the Code Example 1 to implement the detector in Verilog

In order to test the functionality of a piezo sensor, we simply connect a LED with a resistance to the piezoelectric sensor. a. (5 pts) Could the LED work if we put pressure to the sensor? b. (10 pts) what is the element that we have to add to make sure that the LED will provide light ? why , justify ? Can I use Aurduino Uno IN PART b? The rectifier circuit isn't covered in my course yet. thanks

Design and discuss four bit BCD adder. Differentiate it from parallel adder