How does frequency, power band, receiver, transmitter, RSSI, sensitivity, VSWR can related to IQ modulated signals applying binary and target search algorithms?

Please also discuss about FPGA DDR and Banks work

What is an envelope in signal?

Discuss how the locations of the zeros of a system impact its properties and characteristics.

Suggest improvements to sensors and actuators so that they might be reliably used in high specification military aircraft which operate at both ends of the temperature spectrum.

Consider the differential equation y′′(t)+15y′(t)+56y(t)=−210exp(-1t),
with initial conditions y(0)=−14, and y′(0)=72.

A)Find the Laplace transform of the solution Y(s). Write the solution as a single fraction in s.

Y(s)= ______________

B) Find the partial fraction decomposition of Y(s). Enter all factors as first order terms in s, that is, all terms should be of the form (c/(s-p)), where c is a constant and the root p is a constant. Both c and p may be complex.

Y(s)= ____ + ______ +______

C) Find the inverse transform of Y(s). The solution must consist of all real terms.

L−1{Y(s)} = _______________________

a) With the aid of diagrams, describe the three characteristics of d.c. series motor.

(b) Briefly explain the difference between squirrel cage induction motor and wound rotor induction
motor in terms of construction.

What are RTS and CTS packets?

1- What is the sin wave generator?

Explain the operation(s) performed by a return from an IRQ or FIQ interrupt procedure

What are the stop and start bit roles in an UART? How the transmitter and receiver are synchronized in an UART?

Explain why several semiconductor materials might be put together to obtain more efficient solar cells.

What is the hidden-terminal problem as it relates to CSMA in wireless sensor networks?

We wish to install a residential solar array at location Lat 400 N; Long 900W with (a) fixed tilt angle (θ) or (b) adjustable θ. (a) Define and evaluate θ. (b) Specify the range on θ and the time interval (∆t) between θMAX and θMIN

Can someone explain how to manipulate the clock in verilog code? For example, I do not understand how to go from 100MHz to 68027Hz.