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Describe the operation of an OPAMP-based oscillator using the concept of a basic oscillator feedback circuit. Your description include all pertinent equations
Problem: Design an 8-bit SISO Shift Register that provides an output bit every 4 clock cycles.
Problem: What are the differences between switching transistors and linear transistors?
Do some research on the internet on smart optical sensors or on optical sensors for smart or mobile applications.
Calculate the value of capacity in picofarad, which will make 101.4 micro henry inductance to oscillate with frequency of one megahertz.
Declare the frequency range. Declare the height of the hand set (UE). Declare the height of the base station (Enode). Declare the path length
Determine the magnitude of the Coulomb force (in N) on one of the spheres, treating the Spheres as point charges.
Propose a simple controller system that would operate this pedestrian system process using the Mooreor Mealy approach
Objectives: i) To study quality measurement parameters ii) To study the electrical characteristics of Light Emitting Diode (LED)
What is the advantage of monitoring winding temperature as a method of overload protection? Name two other types of overcurrent protection.
With reference to the phasor diagram, state what is meant by the load angle of a synchronous motor. What is the value of angle when motor runs on no-load?
Express the intrinsic impedance, phase velocity, and the wavelength. Calculate the instantaneous electrical and magnetic fields
UFMFJN-15-3 Radio Frequency and Microwave Circuit Design: Apply concepts underlying the design of RF and microwave circuits.
Unit 22 Electronic Circuits & Devices: Investigate the types and effects of feedback on an amplifier's performance.
Unit 22 Electronic Circuits & Devices: Apply testing procedures to electronic devices and circuits.
Provide a report the assesses the performance characteristics of various types of oscillators, including their applications.
ELEC 10004 Electronic Circuits: Classify various applications of pn-junction diode. Indicate the BJT biasing circuits.
ELEC 10003 DC Electrical Circuit Analysis: Describe the concepts of voltage, current and resistance for simple dc circuits.
F/615/1496: Electronic Circuits and Devices: Determine the operational characteristics of amplifier circuits.
i) Simulate a zero-span circuit ii) Simulate its Interfacing with Arduino iii) Design a suitable Printed Circuit Board
State the formula for determining the synchronous speed of an induction motor. Define the term 'slip' as applied to an induction motor.
Briefly explains the difference between intrinsic and extrinsic semiconductor. Determine the biasing conditions of diodes D1 and D2.
You are required to carry out a comparative review of existing software tools for the modelling and optimisation of the configuration of microgrids.
ENG5031 Fault Detection, Isolation and Recovery: Construct an event tree diagram based on the description of the CHP system in Figure Q1
This is a problem for writing an FDTD code and understanding various numerical aspects related to FDTD simulations.