Design an "L" type network using discrete components (inductors and / or capacitors) to couple a load of ZL = 150-j200 Ohms to a system with Zo = 100 Ohms. Choose 1 GHz as the center frequency.
a) Show the entire procedure step by step using the Smith Chart and clearly marking where you got the results from. Calculate the values of the inductance and / or corresponding capacitances.
b) Simulate with ADS your circuit and clearly show the frequency for which you designed the coupling network. It must be clearly marked in the ADS plots.
c) Now use commercial components (standard values) of
capacitors and inductors closer to your results of part b, and
simulate again. Indicate if there is any difference between the two
simulations. Justify your answer referring to the results
obtained.
In: Electrical Engineering
discuss how it is possible to achieve the benefit of large low cost and high speed memory with the cache-main memory hierarchical organization? Discuss the two properties of computer programs that make it feasible to meet this goal
In: Electrical Engineering
1. Design a sequence detector, a Mealy finite state machine to detect the serial bit sequence 1101, where the most significant bit (MSB) comes first and the least significant bit comes last.
A) Draw the state diagram
B) Draw the state table
C) The circuit is to be implemented using JK flip-flops and combinational logic circuit. Derive the Boolean expression necessary for this implementation.
D) Sketch the circuit diagram for your design. This should show all the flipflops, logic gates and interconnections.
In: Electrical Engineering
Explain in detail using diagrams and schematic, the process of calibrating PX-70 Differential Pressure Transmitter (DPT) to measure pressure in the range 0 to 4 psi.
In: Electrical Engineering
I have a sim 808 (fona 808) breakout connected to an adruino uno. write a code that makes it pick up automatically when called from certain numbers.
In: Electrical Engineering
In: Electrical Engineering
1. (Short Answer)
a) Explain the difference between n-order cascade active filter with n-order Butterworth active filters?
b) Describe 2 benefits of using scaling factors in active filters.
c) Explain the difference between Fourier series and Fourier Transform.
d) Explain the difference between Laplace Transform and Fourier Transform
e) Describe the procedure to obtain the Fourier Transform of no convergence function.
f) Describe the conditions to use Fourier Series.
g) What are some limitations of high order active filters?
In: Electrical Engineering
PLEASE BREIFLY STATE THE DESCRIPTIONS OF FOLLOWING:
Circuit breaker
Relay
Fuse
AutoRecloser
Latching current
Holding current
Thrysitor
Choppter
Inverter
PLEASE BREIFLY DISCUSS EACH AND DRAW THE CIRCUIT DIAGRMAm OF EACH WITH THE EQUATION INVOLVED WITH EXPLANATIONS
In: Electrical Engineering
mention some technologies used in 5G?
In: Electrical Engineering
what characteristic of an LED is critical to successful charlieplexing but not important for traditional multiplexing?
In: Electrical Engineering
Discussion of electromagnetic principles that enable motion in servo motor
In: Electrical Engineering
Write short notes on the following
(a) Floating input (b) setpoint (c) CMRR
In: Electrical Engineering
What are the properties of Biosignals ( i.e. signals generated from Biological sources like ECG, EMG, EEG etc. ) How does an OPAMP based circuit address this issues?
In: Electrical Engineering
In: Electrical Engineering
Conclude the accuracy of real-time measurements by using DAQ.
In: Electrical Engineering