Construct a digital radio transmit binary data

Assignment Help Electrical Engineering
Reference no: EM131316053

You need to preare a project report.

Construct a digital radio transmit binary data over a distance of 15 cm.

The digital radio circuit basically consisted of two main blocks: transmitter and a receiver.

The transmitter is composed of a colpitts oscillator, digital signal, power amplifier and an antenna.

Produce a ON-OFF Keying modulated signal to transmit digital data over wireless channel.

The Receiver is comprised of an antenna, RF amplifier, band pass filter, envelope detector and a comparator.

You need to design the digital radio and simulated on PSPICE simulation software.

Table of contents

I. Abstract
II. Introduction
III. Theory
1. Transmitter:
1.1. Colpitts Oscillator
1.2. Digital Signal
1.3. Class B Power Amplifier
1.4. Antenna
2. Receiver
2.1. RF Amplifier
2.2. Bandpass Filter
2.3. Envelope Detector
2.4. Comparator
IV. Methodology
V. Results and Analysis
VI. Conclusion
VII. Recommendations
References

Reference no: EM131316053

Questions Cloud

Develop a teaching plan based on the teaching intervention : Develop a teaching plan based on the teaching intervention from your evolving concept map. You must provide at least 3 teaching objectives
Show how to write a regular expression for a keyword : Show how to write a regular expression for a keyword in a caseinsensitive language. Illustrate the idea by writing the expression for \select" in SQL.
Write the expression for the electric field : polarization is right circular with the electric field in the plane at having an -component equal to and a -component equal to 0.75E0.
Construct a syntax directed translation scheme : Construct a syntax-directed translation scheme to translate postfix arithmetic expressions into equivalent prefix arithmetic expressions.
Construct a digital radio transmit binary data : Construct a digital radio transmit binary data over a distance of 15 cm - The digital radio circuit basically consisted of two main blocks: transmitter and a receiver.
What scholarly evidence did you use in making your decision : What scholarly evidence did you use in making your decision? Why is this resource credible and compelling? Are girls (women) treated the same as boys (men) in the criminal justice system?
What are the biggest challenges the character in your role : How did the character in your chosen role view the situation differently from the characters in other roles? What more might the character in your role need to know to further identify problems?What are the biggest challenges the character in your ro..
Analyze the implications of aging demographics for society : Analyze the implications of aging demographics for society and older adults for the United States in relation to health care delivery. Analyze the implications of the aging demographics for society and older adults for the United States in relation..
Explain the requirements for search and arrest warrants : Write a 1,050- to 1,400-word summary of the article in which you analyze the requirements for search and arrest warrants, and how they relate to the right to privacy and probable cause. In addition, discuss exceptions to warrant requirements.

Reviews

len1316053

12/17/2016 12:57:53 AM

I need someone to paraphrase only this report with in 2 hours. Paraphrase only the sentence with the blue color - You need to design the digital radio and simulated on PSPICE simulation software.

Write a Review

Electrical Engineering Questions & Answers

  Find the change in voltage for the current changes

1. Let Vi has a peak of 10v and R=1kOhm. Find the peak value of id and DC compoent V-o. 2. Consider a silicon diode with n = 1.5 Find the change in voltage if the current changes from 0.1 mA to 10 mA.

  An electric oven operates at 120v if its power rating is

an electric oven operates at 120v. if its power rating is 0.6kw what amount of current does it draw and how much

  Determine what is the pmf probability mass function of b

Suppose when a baseball player gets a hit, a single is twice as likely as double which is twice as likely as a triple which is twice as likely as a home run. Also, the player's batting average, i.e., the probability the player gets a hit, is .300.

  Find what is direction of robot arm in closed loop system

The controlled variable in a closed-loop system is the direction of a robot arm. Initially, it is at 50o; then it is commanded to go to 15o. When the error is 10o for the first time, what is direction of the robot arm

  Determine percent change in closed loop gain for circuit

Determine β1 and β2 for the two circuits.- What conclusion can be made as to the "better" feedback configuration?

  Find the power factor at which the source is operating

A balanced 3-phase 3-wire system has a line voltage of 500Vrms. Two balanced Y-connected sources are present. One is acapacitive load with 7-2j Ω per phase, and the other is aninductive load with 4+2j Ω per phase.

  Discuss linearity time-invariance and causality

Discuss linearity, time-invariance and causality of the following systems

  Calculate the maximum torque and the starting torque

A 3-phase induction motor, the equivalent rotor stand still reactance is equal to the reactance, while each resistance is (1/3)rd of this value. A torque of 500 Nmis developed at a slip of 5%. Calculate the maximum torque and thestarting torque.

  Calculate number of dangling bonds that may be included

Calculate the number of dangling bonds that may be included under the gate of a MOSFET for 45nm technology (assume cubic device geometry).

  Determine the maximum current which will flow in the object

The electrostatic equivalent circuit of a human being. A person is charged to 20 kV and touches an object having a 50 ? resistance to ground. Determine the maximum current which will flow in the object.

  Find the current i by using the superposition theorem

If R1=5 Ohm, R2 = 10 Ohm, VS= 10V, and IS= 3A in the circuit of given figure, find the current i by using the superposition theorem.

  Determine and plot the voltage-va and the current-ia

The PMAC motor is driving a purely inertial load. A constant torque of 5 Nm is developed to bring the system from rest to a speed of 5,000 rpm in 5 s. Neglect the stator resistance and the leakage inductance.

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd