7ECE1 - Final Summaries

8/6/2019 7ECE1 - Final Summaries

1/44


2/44

STUDY OF TRANSMITTER OF RADAR

BHARAT ELECTRONICS PVT. LTD.

INDUSTRY GUIDE FACULTY GUIDE

Mr. Raghunandan Tyagi Ms Mehtab Fatima

DGM (HRD) Lecturer

PROJECT SUMMARY

The project involves study of transmitter of Radar and various parts involved in it. The

transmitter of radar is used for army near the border to detect the objects. Its range is 20km to

40km. It basically consists of three units:

1. Transmitter2. LO+AFC unit (Local Oscillator- Automatic Frequency Control unit): It is the control

system of the transmitter.

3. HT unit (High Tension Unit): It is used to supply DC supply to the transmitter.Using all these components the transmitter produces the short duration high-power rf pulses of

energy that are radiated into space by the antenna.

Mayank Arora

B.Tech (ECE)

A235108059




Mr. Raghunandan Tygai Ms Mehtab Fatima

DGM Lecturer

PROJECT SUMMARY

The project involves study of transmitter of Radar and various parts involved in it. The

transmitter of radar is used for army near the border to detect the objects. Its range is 20km to

40km. It basically consists of three units:1. Transmitter2. LO+AFC unit (Local Oscillator- Automatic Frequency Control unit): It is the control

system of the transmitter.

3. HT unit (High Tension Unit): It is used to supply DC supply to the transmitter.Using all these components the transmitter produces the short duration high-power rf pulses of

energy that are radiated into space by the antenna.

Mayank Arora

B.Tech (ECE)

A235108059


3/44

MICROPHONES

AIR &DD


Rakesh sharma Shruti bansal

Asstt. Director (Engg.) Lecturer

PROJECT SUMMARY

Microphones play a very important role in the art of sound broadcasting. It is a device which

converts acoustical energy into electrical energy. Microphone can be classified as pressure

operated type and the other is velocity gradient type. Various types of microphones are

dynamic, ribbon, condense, electrets. Various characteristics of microphones are frequency

response, directivity, sensitivity, distortion, termination impedance. We have to take special

care for the choice and placement of microphones.

Anshuraj SharmaB.Tech (ECE)

A2305108065

NAME OF THE PROJECT

NAME OF COMPANY

INDUSTRY GUIDE FACULTY GUIDERakesh Sharma Shruti bansal


PROJECT SUMMARY







Anshuraj sharma

B.Tech (ECE)

A2305108065


4/44

A BRIEF INTRODUCTION TO THE WORKING OF DOORDARSHAN

KENDRA, SRINAGAR


Mr. Mushtaq Bukhari Prof. K.M. Soni

Asst. Engineer

Camera Dept.Lecturer & Acting Director

PROJECT SUMMARY

The aim of the project was to learn about the working of Doordarshan . During the duration of

the training, I was present in the two main production rooms of Doordarshan where news and

other programmes were produced and also in the transmission room. The working of the

production and transmission rooms was explained to me by the person incharge of those areas.

Along with getting to see how programmes are produced I also got to learn about the variousmachines used to transmit tv signals over long distances.

Usman Javeed

B.Tech (ECE)

A235108007

A BRIEF INTRODUCTION TO THE WORKING OF DOORDARSHAN

KENDRA, SRINAGAR


Mr. Mushtaq Bukhari Prof. K.M. Soni

Asst. Engineer

Camera Dept.Lecturer & Acting Director

PROJECT SUMMARY

The aim of the project was to learn about the working of Doordarshan . During the duration ofthe training, I was present in the two main production rooms of Doordarshan where news and

other programmes were produced and also in the transmission room. The working of the

production and transmission rooms was explained to me by the person incharge of those areas.

Along with getting to see how programmes are produced I also got to learn about the various

machines used to transmit tv signals over long distances.

Usman Javeed

B.Tech (ECE)


5/44


6/44

MICROPHONES

AIR &DD




PROJECT SUMMARY







Sangita guptaB.Tech (ECE)

A2305108055

MICROPHONES

AIR & DD



PROJECT SUMMARY







Sangita gupta

B.Tech (ECE)

A2305108055


7/44

MICROPHONES

AIR & DD



Asstt. Director (Engg.) LecturerPROJECT SUMMARY







Saurabh SinghBhadauria

B.Tech (ECE)

A2305108054

MICROPHONES

AIR &DD


Rakesh Sharma Shruti bansal


PROJECT SUMMARY







Saurabh Singh

Bhadauria

B.Tech (ECE)

A2305108054


8/44

CDMA SWITCHING

BHARAT SANCHAR NIGAM Ltd., GURGAON

INDUSTRYGUIDE

FACULTY GUIDE

Mr. Raj Kumar

SDE (Admin)Mr. Bhupinder Singh

Lecturer

PROJECT SUMMARY

The project involves study of CDMA SWITCHING on CDMA 2000 technology. It basically

includes maintenance of ZXC10 Base station controller (BSC) & ZTE Base transceiver station

(BTS). The maintenance involves physical monitoring, patch updates; Alarm monitoring, Log

management, introduction to Net- Numen, Backups. Technical management is done on Net

Numen client server. The project also includes call tracings, power management & study ofvarious modulation boards of BSC.

Nakul Paruthi

B.Tech (ECE)

A2305108036

CDMA SWITCHING

BHARAT SANCHAR NIGAM Ltd., GURGAON

INDUSTRY

GUIDEFACULTY GUIDE

Mr. Raj Kumar

SDE (Admin)Mr. Bhupinder Singh

Lecturer

PROJECT SUMMARY

The project involves study of CDMA SWITCHING on CDMA 2000 technology. It basicallyincludes maintenance of ZXC10 Base station controller (BSC) & ZTE Base transceiver station

(BTS). The maintenance involves physical monitoring, patch updates; Alarm monitoring, Log

management, introduction to Net- Numen, Backups. Technical management is done on Net

Numen client server. The project also includes call tracings, power management & study of

various modulation boards of BSC.

Nakul Paruthi

B.Tech (ECE)


9/44

A2305108036

RFID IN ASSET TRACKING

RELIANCE COMMUNICATIONS LIMITED


Mrs. Priyanka Gupta Miss Shruti Bansal(HR) Lecturer

PROJECT SUMMARY

Radio-frequency identification (RFID) is a term coined for short-range radio technology used

to communicate mainly digital information between a stationary location and a movable object

or between movable object, it uses communication through the use of radio waves to transfer

data between a reader and an electronic tag attached to an object, for the purpose of

identification and tracking. It has various uses such as smart packaging in the pharmaceutical

industry, or implementation within the supply chain, keeping track of the cattle in farm, or

filling gas in a vehicle, in libraries.

Apoorva Khare

B.Tech (ECE)

A2305108053

RFID IN ASSET TRACKING

RELIANCE COMMUNICATIONS LIMITED


Mrs. Priyanka Gupta Miss Shruti Bansal

(HR) Lecturer

PROJECT SUMMARY

Radio-frequency identification (RFID) is a term coined for short-range radio technology used

to communicate mainly digital information between a stationary location and a movable object

or between movable object, it uses communication through the use of radio waves to transfer

data between a reader and an electronic tag attached to an object, for the purpose of

identification and tracking. It has various uses such as smart packaging in the pharmaceutical

industry, keeping track of the cattle in farm, or filling gas in a vehicle, in libraries, in hospitals

by doctors to prevent forgetting sponges etc inside the patient.

Apoorva Khare

B.Tech (ECE)


10/44

ANALYSIS OF VARIOUS ELECTRONIC AND INSTRUMENTATION

CONTROL SYSTEMS

RADICO KHAITAN LTD. -RAMPUR


Mr. Ajay K. Agar Prof. K.M. SoniExec. Vice president

(F&A)Lecturer & Director General

PROJECT SUMMARY

The project mainly includes information on temperature, pressure, flow and level

measurement and control systems. The control and instrumentation system basically consists

of 4 process loops mainly temperature ,level, flow and pressure control. In the Plant main

control is concerned with these process parameters only as these are the major parameters

that are to be judged and controlled inside the plant. So to understand these in detail, different

measuring instrumentation equipments used to control ,monitor and measure these process

loops were studied and their respective working with other specifications was main area of

study. It also gives idea about common errors that come across during the measurements and

various other basic control equipments.

TUSHAR GUPTA

B.Tech (ECE)

A235108004

ANALYSIS OF VARIOUS ELECTRONIC AND INSTRUMENTATION

CONTROL SYSTEMS

RADICO KHAITAN LTD. -RAMPUR


Mr. Ajay K. Agar

Prof. K.M. Soni

Exec. Vice president

(F&A)Lecturer & Director General

PROJECT SUMMARY

The project mainly includes information on temperature, pressure, flow and level

measurement and control systems. The control and instrumentation system basically consists

of 4 process loops mainly temperature ,level, flow and pressure control. In the Plant main

control is concerned with these process parameters only as these are the major parametersthat are to be judged and controlled inside the plant. So to understand these in detail, different

measuring instrumentation equipments used to control ,monitor and measure these process

loops were studied and their respective working with other specifications was main area of

study. It also gives idea about common errors that come across during the measurements and

various other basic control equipments.

TUSHAR GUPTA

B.Tech (ECE)

A235108004


11/44


12/44

ELECTRONIC BALLAST

HAVELLS INDIA LTD.

INDUSTRY GUIDE FACULTY GUIDEMr. Naresh Tewatia Dr. Pradeep Kumar Rana

Deputy Manager(CRI

Lighting)Sr.Lecturer

PROJECT SUMMARY

This project is to investigate of the gas discharge lamp modelling technique. Basically, it is

concentrated on the study of low-pressure discharge lamp (Compact Florescent Lamp). The

model built can be used for the lamp driven by magnetic ballast and electronic ballast. The

recent research showed that the non-linear behaviour of the gas discharge lamp can be

represented by physical equations which are consisted of adjustable model constants and the

Manufacturing of CFL lights and the process involved in the same.

Shivam Yadav

B.Tech (ECE)

A235108014

ELECTRONIC BALLAST

HAVELLS INDIA LTD.


Mr. Naresh Tewatia Dr. Pradeep Kumar Rana

Deputy Manager(CRI

Lighting)Sr.Lecturer

PROJECT SUMMARY

This project is to investigate of the gas discharge lamp modelling technique. Basically, it is

concentrated on the study of low-pressure discharge lamp (Compact Florescent Lamp). Themodel built can be used for the lamp driven by magnetic ballast and electronic ballast. The

recent research showed that the non-linear behaviour of the gas discharge lamp can be

represented by physical equations which are consisted of adjustable model constants and the

Manufacturing of CFL lights and the process involved in the same.

Shivam Yadav

B.Tech (ECE)

A235108014


13/44

MANUFACTURING PROCESSES INVOLVED IN CONTACTORS

C&S ELECTRIC LIMITED


MR. R. K SINGH MR. NAVDEEP SHARMA

DGM R&D LECTURERPROJECT SUMMARY

Contactors are a type of switch which has a fixed coil and a moving coil. When AC source is

applied to it , the coil gets magnetised and works as an electromagnet. So both coils gets

attracted and switch gets on. There are various processes involved in the manufacturing of

contactors like Base assembly ,carrier assembly , fix contact assembly, thermal screw assembly

, final testing . There are both AC and DC contactors but Ac contactors are most widely used

and they are available in different sizes depending on the current rating on it.

Amit JainB.Tech (E&CE)

A2305108019

MANUFACTURING PROCESSES INVOLVED IN CONTACTORS

C&S ELECTRIC LIMITED


MR. R.K. SINGH MR. NAVDEEP SHARMA

DGM R&D LECTURER

PROJECT SUMMARY

Contactors are a type of switch which has a fixed coil and a moving coil. When AC source is

applied to it , the coil gets magnetised and works as an electromagnet. So both coils gets

attracted and switch gets on. There are various processes involved in the manufacturing of

contactors like Base assembly ,carrier assembly , fix contact assembly, thermal screw assembly

, final testing . There are both AC and DC contactors but Ac contactors are most widely used

and they are available in different sizes depending on the current rating on it.

Name of Student

B.Tech (Branch)

A2305108019


14/44

GSM : GLOBAL SYSTEM FOR MOBILE COMMUNICATIONS

AIRCEL Ltd., NEW DELHI


Mr. Nitin Singh Prof. (Dr.) Sujata Pandey

Senior Manager Head- Research & Publications

PROJECT SUMMARY

GSM, the Global System for Mobile communications, is a digital cellular communications

system which has rapidly gained acceptance and market share worldwide, although it was

initially developed in a European context. In addition to digital transmission, GSM

incorporates many advanced services and features, including ISDN compatibility and

worldwide roaming in other GSM networks. The advanced services and architecture of GSM

have made it a model for future third-generation cellular systems, such as UMTS. This project

will give an overview of GSM, the services offered by GSM, and the system architecture.

Ankit Ahuja

B.Tech (ECE)

A2315808002

GSM : GLOBAL SYSTEM FOR MOBILE COMMUNICATIONS

AIRCEL Ltd., NEW DELHI


Mr. Nitin Singh Prof. (Dr.) Sujata Pandey

Senior Manager Head- Research & Publications

PROJECT SUMMARY

GSM, the Global System for Mobile communications, is a digital cellular communications

system which has rapidly gained acceptance and market share worldwide, although it was

initially developed in a European context. In addition to digital transmission, GSM

incorporates many advanced services and features, including ISDN compatibility andworldwide roaming in other GSM networks. The advanced services and architecture of GSM

have made it a model for future third-generation cellular systems, such as UMTS. This project

will give an overview of GSM, the services offered by GSM, and the system architecture.

Ankit Ahuja

B.Tech (ECE)

A2315808002


15/44

OPTICAL FIBER CABLE (OFC)

BHARAT SANCHAR NIGAM LIMITED


Smt. Lucy Stella Minj Miss Mehtab Fatima

Assistant General

Manager

Lecturer (ECE)

ASETPROJECT SUMMARY

Optical fibres serve as a medium for carrying information from one point to another in form of light.

Optical fiber cables are non-electrical in nature. A basic fiber optic system consists of an encoder,

transmitter, optical fiber cable, optical regenerators and optical receiver that converts the light signals

back into electrical signals. It uses a photocell or photodiode for detection of light. OFCs work on the

principle of total internal reflection of light. The use of optical fiber cables is widespread. They are

used in communication, in computer networks for fats internet connection, in medicine and in

telecommunication industry both transcontinentally and transoceanically. Growth of fiber optics over

the last five years has been explosive. Analysts expect that this industry will continue to grow at a

tremendous rate well into the next decade and beyond.

Richa Singh

B.Tech (ECE)

A2305108049

OPTICAL FIBER CABLE (OFC)

BHARAT SANCHAR NIGAM LIMITED


Smt. Lucy Stella Minj Miss Mehtab Fatima

Assistant General

Manager

Lecturer (ECE)

ASET

PROJECT SUMMARY

Optical fibres serve as a medium for carrying information from one point to another in form of light.

Optical fiber cables are non-electrical in nature. A basic fiber optic system consists of an encoder,

transmitter, optical fiber cable, optical regenerators and optical receiver- that converts the light

signals back into electrical signals. It uses a photocell or photodiode for detection of light. OFCs

work on the principle of total internal reflection of light. The use of optical fiber cables is

widespread. They are used in communication, in computer networks for fats internet connection, inmedicine and in telecommunication industry both transcontinentally and transoceanically. Growth of

fiber optics over the last five years has been explosive. Analysts expect that this industry will

continue to grow at a tremendous rate well into the next decade and beyond.

Richa Singh

B.Tech (ECE)

A2305108049


16/44



INDUSTRY GUIDE FACULTY GUIDEMr. Raghunanda Tyagi Ms. Mehtab Fatima

DGM Lecturer

PROJECT SUMMARY

The study of the transmitter of the radar and the components involved in it forms the part of

the project. It generates high power microwave signal to be transmitted. This is the

electromagnetic wave that the radar sends out to see if it will be reflected off anything in the

field of the antenna. The high power signals are basically used to target aircrafts, ships,

missiles and even weather phenomena such as rain, snow and clouds can be studied. The peak

powers generated by radar transmitter vary from application to application. It basically

consists of three units : Transmitter, High Tension Unit and LO+AFC unit. With theconfluence of all these components and the sub- components, the short duration high power RF

pulses of energy are generated and radiated into space by antenna.

Aarti Seth

B.Tech (ECE)

A2305108048




Mr. Raghunanda Tyagi Ms. Mehtab Fatma

DGM Lecturer

PROJECT SUMMARY

The study of the transmitter of the radar and the components involved in it forms the part of

the project. It generates high power microwave signal to be transmitted. This is the

electromagnetic wave that the radar sends out to see if it will be reflected off anything in thefield of the antenna. The high power signals are basically used to target aircrafts, ships,

missiles and even weather phenomena such as rain, snow and clouds can be studied. The peak


consists of three units : Transmitter, High Tension Unit and LO+AFC unit. With the

confluence of all these components and the sub- components, the short duration high power RF

pulses of energy are generated and radiated into space by antenna.

Aarti Seth

B.Tech (ECE)


17/44

GSM: Global System For Mobile Communication

AIRCEL LTD. , NEW DELHI

Photograph of industry guide


Mr. Nitin Singh Dr. Pradeep RanaSenior Manager Senior Lecturer

PROJECT SUMMARY

The project is based on GSM technology which is the most common method of cellular

communication. It is basically a standard that is used to provide specifications for a network. It

consists of the mobile station which is the mobile phone, network switching system which is the

core for signalling and base station subsystem which provides the resources for the

transmission. Mobile station is responsible for making and receiving calls. Network switching

subsystem maintains information about the location of a subscriber, charging of a call, call

control, etc. Base station subsystem consists of transreceivers which receives and transmits

information and base station controller is a connection between mobile and MSC which

handles radio setup, frequency hopping and handovers.

Vikas Verma

B.Tech(ECE)

A2305108020

GSM: Global System For Mobile Communication

AIRCEL LTD. , NEW DELHI

Photograph of industry guide


Mr. Nitin Singh Dr. Pradeep Rana

Senior Manager Senior Lecturer

PROJECT SUMMARY

The project is based on GSM technology which is the most common method of cellular

communication. It is basically a standard that is used to provide specifications for a network. It

consists of the mobile station which is the mobile phone, network switching system which is the

core for signalling and base station subsystem which provides the resources for the

transmission. Mobile station is responsible for making and receiving calls. Network switching

subsystem maintains information about the location of a subscriber, charging of a call, callcontrol, etc. Base station subsystem consists of transreceivers which receives and transmits

information and base station controller is a connection between mobile and MSC which

handles radio setup, frequency hopping and handovers.

Vikas Verma

B.Tech(ECE)

A2305108020


18/44

IDENTIFICATION OF FRIEND & FOE IN RADAR

BHARAT ELECTRONICS LTD.


MR.R.N Tyagi Mr.K.M Soni

Assistant Manager HRD Acting Director.

Project Summary

The Identification of Friend & Foe is basically a radar beacon System employed for the

purpose of general identification of military targets. Radar is of two types namely primary and

secondary radar. Primary radar locates an object by transmitting signal and detecting the

reflected echo. Secondary radar system consist of an interrogater and a transponder.

Interrogater in the ground station interrogates transponder equipped aircrafts, providing a

two way data link on separate transmitting and receiving frequency. The transponder, on

board the aircraft, on receipt of a chain of pulses from the ground interrogator, automatically

transmits a reply. The reply, coded for purposes of Identification is received back at theground interrogator where it is decoded and displayed on a radar type presentation

Samarth Gupta

B.TECH (ECE)

A2305108008

IDENTIFICATION OF FRIEND & FOE IN RADAR

BHARAT ELECTRONICS LTD.


MR.R.N Tyagi Mr.K.M Soni

Assistant Manager HRD Acting Director.

Project Summary

The Identification of Friend & Foe is basically a radar beacon System employed for the

purpose of general identification of military targets. Radar is of two types namely primary and

secondary radar. Primary radar locates an object by transmitting signal and detecting the

reflected echo. Secondary radar system consist of an interrogater and a transponder.

Interrogater in the ground station interrogates transponder equipped aircrafts, providing a

two way data link on separate transmitting and receiving frequency. The transponder, on

board the aircraft, on receipt of a chain of pulses from the ground interrogator, automatically

transmits a reply. The reply, coded for purposes of Identification is received back at the

ground interrogator where it is decoded and displayed on a radar type

presentation

Samarth Gupta

B.TECH (ECE)

A2305108008


19/44

TRANSFORMER EFFICIENCY

POWER MAKER


Mr. Bimal Chandra Das Mr. Deepak Balodi

Managing Director Lecturer

PROJECT SUMMARY

The transformer is based on two principles: first, that an electric current can produce a

magnetic field (electromagnetism), and, second that a changing magnetic field within a coil of

wire induces a voltage across the ends of the coil (electromagnetic induction). During

manufacturing of transformers leakage flux , effect of frequency and energy losses are taken

into consideration. due to scarcity of electricity we need an efficient transformer. for an

efficient transformer leakage flux and energy loss must be minimum. hence in this project we

will try to study how to make the most efficient transformer

Pinky Das

B.Tech (ECE)

A2305108003

TRANSFORMER EFFICIENCY

POWER MAKER


Mr. Bimal Chandra Das Mr. Deepak Balodi

Managing Director Lecturer

PROJECT SUMMARY

The transformer is based on two principles: first, that an electric current can produce a

magnetic field (electromagnetism), and, second that a changing magnetic field within a coil of

wire induces a voltage across the ends of the coil (electromagnetic induction). During

manufacturing of transformers leakage flux , effect of frequency and energy losses are taken

into consideration. due to scarcity of electricity we need an efficient transformer. for an

efficient transformer leakage flux and energy loss must be minimum. hence in this project we

will try to study how to make the most efficient transformer

Pinky Das

B.Tech (ECE)

A2305108003


20/44

POWER GRID CORPORATION OF INDIA LIMITED


Mr. D.K.Sharma Prof. K.M.Soni

Deputy Manager Active Director, ASET

PROJECT SUMMARY

Power line carrier communication (PLCC) is mainly used for telecommunication, tele-protection

and tele-monitoring between electrical substations through power lines at high voltages, such as 110

kV, 220 kV, 400 kV. PLCC integrates the transmission of communication signal and 50/60 Hz

power signal through the same electric power cable. The major benefit is the union of two important

applications in a single system. In a PLCC system the communication is established through the

power line.

Divey Sachdeva

B.Tech (ECE)

A2305108011

POWER GRID CORPORATION OF INDIA LIMITED


Mr. D.K.Sharma Prof. K.M.Soni

Deputy Manager Active Director, ASET

PROJECT SUMMARY

Power line carrier communication (PLCC) is mainly used for telecommunication, tele-protection

and tele-monitoring between electrical substations through power lines at high voltages, such as 110

kV, 220 kV, 400 kV. PLCC integrates the transmission of communication signal and 50/60 Hz

power signal through the same electric power cable. The major benefit is the union of two important

applications in a single system. In a PLCC system the communication is established through the

power line.

Divey Sachdeva

B.Tech (ECE)

A2305108011


21/44

GSM Global System for Mobile communication

MTNL, ITTM, New Delhi


Mr. Pankaj SharmaDr Pradeep Kumar

Asst. Professor

Manager/ Sr. SDE,HOD(GSM)

PROJECT SUMMARY

As early as 1982, the CEPT ( Confederation of European P&T ) formed a Group called

Global system for Mobile Communications (GSM). The objective was to develop a binding

mobile radio standard for Europe. It provides International Roaming, High Spectral

Efficiency, Improved Transmission Quality as compared to Analog Systems, High Link

Integrity, Provision of Tele Services & Bearer Services.

Puneet Choudhary

B.Tech (ECE)

A235108016




Mr. Pankaj Sharma Dr Pradeep Kumar

Manager/ Sr. SDE,

HOD(GSM)Asst Professor

PROJECT SUMMARY

As early as 1982, the CEPT ( Confederation of European P&T ) formed a Group called

Global system for Mobile Communications (GSM). The objective was to develop a binding

mobile radio standard for Europe. It provides International Roaming, High Spectral

Efficiency, Improved Transmission Quality as compared to Analog Systems, High Link

Integrity, Provision of Tele Services & Bearer Services.

Puneet Choudhary

B.Tech (ECE)

A235108016


22/44

STUDY OF THE IFF SYSTEM IN RADAR

BHARAT ELECTRONICS LIMITED


Mr. Raghunandan Tyagi Prof. Sujata Pandey

Asst. Manager (HRD) Professor

PROJECT SUMMARYThe identification of Friend and Foe (IFF) is basically a radar beacon system employed for the

purposes of general identification of military targets. The beacon system when used for the control of

civil air traffic is called as secondary surveillance radar (SSR). Primary radar locates an object by

transmitting a signal and detecting the reflected echo. Secondary radar system consists of an

interrogator and a transponder. The interrogator transmitter in the ground station interrogates

transponder equipped aircraft, providing a two way data link on separate transmitting and receiving

frequencies. The transponder, on board the aircraft, on receipt of a chain of pulses from the ground

interrogator, automatically transmits a reply, coded for the purposes of identification.

Rashbha Sharma

B.Tech (ECE)

A2305108070

STUDY OF THE IFF SYSTEM IN RADAR

BHARAT ELECTRONICS LIMITED


Mr. Raghunandan Tyagi Prof. Sujata Pandey

Asst. Manager (HRD) Professor

PROJECT SUMMARY

The identification of Friend and Foe (IFF) is basically a radar beacon system employed for the

purposes of general identification of military targets. The beacon system when used for the control of

civil air traffic is called as secondary surveillance radar (SSR). Primary radar locates an object by

transmitting a signal and detecting the reflected echo. Secondary radar system consists of an

interrogator and a transponder. The interrogator transmitter in the ground station interrogates

transponder equipped aircraft, providing a two way data link on separate transmitting and receivingfrequencies. The transponder, on board the aircraft, on receipt of a chain of pulses from the ground

interrogator, automatically transmits a reply, coded for the purposes of identification.

Rashbha Sharma

B.Tech (ECE)

A2305108070


23/44

STUDY OF GSM

BSNL


Mr. Arvind pal dahiya Mr.Bhupender singh

S.D.E(bsc) Assistant lecturer

PROJECT SUMMARY

Project involves the study of Global System for Mobile Communications is a digital cellular

standard that uses time-division (TDMA and FDMA) to carry eight simultaneous calls on the

same frequency. It is a digital form of communication which uses the electromagnetic spectrum

to carry the data. It is a 2-way microwave transmission form of communication which has the

capability to connect to PSTN as well.

GSM is an open, non-proprietary system that is constantly evolving. One of its great strengths

is the international roaming capability. This gives consumers seamless and same standardized

same number contact ability in more than 159 countries.

Pragya Sharma

B.Tech (ece)

A2305108042

STUDY OF GSM

BSNL


Mr. Arvind pal dahiya Mr.Bhupender singh

S.D.E(bsc) Assistant lecturer

PROJECT SUMMARY

Project involves the study of Global System for Mobile Communications is a digital cellular

standard that uses time-division (TDMA and FDMA) to carry eight simultaneous calls on the

same frequency. It is a digital form of communication which uses the electromagnetic spectrum

to carry the data. It is a 2-way microwave transmission form of communication which has the

capability to connect to PSTN as well.

GSM is an open, non-proprietary system that is constantly evolving. One of its great strengths

is the international roaming capability. This gives consumers seamless and same standardized

same number contact ability in more than 159 countries.

Pragya

B.Tech (ece)

A2305108042


24/44

HOSPITAL MANAGEMENT SYSTEM

JK TECHNOSOFT


Mr. Vijay Jain Ms Mehtab Fatima

Project Manager LecturerPROJECT SUMMARY

Every hospital requires software for maintaining its records of different departments (like

medical exam, lab, ward management, OPD etc).This projects aims at preparing manuals for

three modules i.e. medical exam, laboratory and ward for the hospital management system

(HMS) software so that user can easily use this software. Manuals are to be prepared under the

consideration of the SRS(software requirement specification).The second part of the project

includes the UI(user interface) design development of the software screens or various form i.e.

frontend using HTML & CSS technology.

Himanshu Chauhan

B.Tech (ECE)

A235108062

HOSPITAL MANAGEMENT SYSTEM

JK TECHNOSOFT


Mr. Vijay Jain Ms Mehtab Fatima

Project Manager Lecturer

PROJECT SUMMARY

Every hospital requires software for maintaining its records of different departments (like

medical exam, lab, ward management, OPD etc).This projects aims at preparing manuals for

three modules i.e. medical exam, laboratory and ward for the hospital management system

(HMS) software so that user can easily use this software. Manuals are to be prepared under the

consideration of the SRS(software requirement specification).The second part of the project

includes the UI(user interface) design development of the software screens or various form i.e.

frontend using HTML & CSS technology.

Himanshu Chauhan

B.Tech (ECE)

A235108062


25/44



INDUSTRY GUIDE FACULTY GUIDEMr. Raghunandan

TyagiMs Mehtab Fatima

DGM Lecturer

PROJECT SUMMARY

The project involves study of transmitter of Radar and various parts involved in it. The radar

transmitter subsystem generates the radio frequency (RF) energy required for the illumination

of a remotely situated target of interest. Targets may include aircrafts, ships, missiles and even

weather phenomena such as rain, snow and clouds. Depending on specific application, the peak


consists of three units : Transmitter, high tension unit and LO+AFC unit. Using all the

components and its sub-components the transmitter produces the short duration high power

RF pulses of energy that are radiated into space by antenna.

Riya Kapoor

B.Tech (ECE)

A235108058




Mr. Raghunandan

TygaiMs Mehtab Fatima

DGM Lecturer

PROJECT SUMMARY



of a remotely situated target of interest. Targets may include aircrafts, ships, missiles and evenweather phenomena such as rain, snow and clouds. Depending on specific application, the peak


consists of three units: Transmitter, high tension unit and LO+AFC unit. Using all the



Riya Kapoor

B.Tech (ECE)

A235108058


26/44

RRI: ROUTE RELAY INTERLOCKING IN INDIAN RAILWAYS

SIEMENS Ltd., NEW DELHI


Mr. Nitin Varshney Ms. Shruti Bansal

Senior Executive,

ProjectsLecturer

PROJECT SUMMARY

Route Relay Interlocking utilizes Entry-Exit (NX) principle in which two controls, one at entry

point of the route and the other near to its exit have to be operated simultaneously. Route

Relay Interlocking in railway signalling is an arrangement of signal apparatus that prevents

conflicting movements through an arrangements of tracks such as junctions or crossings.

Interlocking is designed so that it is impossible to give clear signals unless the route is proved to

be safe. Route Relay Interlocking (RRI) technology of Siemens used in Indian railways fulfilsall requirements laid down by the Indian Railway services (IRS).

Shradha Sharma

B.Tech (ECE)

A2305108056




Mr. Nitin Varshney Ms. Shruti Bansal

Senior Executive,

ProjectsLecturer

PROJECT SUMMARY

Route Relay Interlocking utilizes Entry-Exit (NX) principle in which two controls, one at entrypoint of the route and the other near to its exit have to be operated simultaneously. Route

Relay Interlocking in railway signalling is an arrangement of signal apparatus that prevents

conflicting movements through an arrangements of tracks such as junctions or crossings.

Interlocking is designed so that it is impossible to give clear signals unless the route is proved to

be safe. Route Relay Interlocking (RRI) technology of Siemens used in Indian railways fulfils

all requirements laid down by the Indian Railway services (IRS).

Shradha Sharma

B.Tech (ECE)


27/44




Mr. Nitin Varshney Prof. (Dr.) Sujata Pandey

Senior Executive,

ProjectsHead- Research & Publications

PROJECT SUMMARY

Route Relay Interlocking (RRI) technology of Siemens used in Indian railways utilizes Entry-

Exit (NX) principle in which two controls, one at entry point of the route and the other near to

its exit have to be operated simultaneously. Route Relay Interlocking in railway signalling is an

arrangement of signal apparatus that prevents conflicting movements through an arrangement

of tracks such as junctions or crossings. Interlocking is designed so that it is impossible to give

clear signals unless the route is proved to be safe. Route Relay Interlocking (RRI) technologyof Siemens used in Indian railways fulfils all requirements laid down by the Indian Railway

services (IRS).

Tanya Malhotra

B.Tech (ECE)

A2305108067




Mr. Nitin Varshney Prof. (Dr.) Sujata Pandey

Senior Executive,

ProjectsHead- Research & Publications

PROJECT SUMMARY

Route Relay Interlocking (RRI) technology of Siemens used in Indian railways utilizes Entry-

Exit (NX) principle in which two controls, one at entry point of the route and the other near toits exit have to be operated simultaneously. Route Relay Interlocking in railway signalling is an

arrangement of signal apparatus that prevents conflicting movements through an arrangement

of tracks such as junctions or crossings. Interlocking is designed so that it is impossible to give

clear signals unless the route is proved to be safe. Route Relay Interlocking (RRI) technology

of Siemens used in Indian railways fulfils all requirements laid down by the Indian Railway

services (IRS).

Tanya Malhotra

B.Tech (ECE)


28/44

TRANSMITTER OF A RADAR

BHARAT ELECTRONICS LIMITED-GHAZIABAD

INDUSTRY GUIDE FACULTY GUIDEMr. R.N.Tyagi Prof. K.M. Soni

Manager (HRD) Acting Director

PROJECT SUMMARY

Radar is a system that uses radio waves to detect, determine the distance or speed, objects such

as aircraft, ships,and map them. Speed detection is measured by the amount of Doppler Effect

frequency shift of the reflected signal. The basic idea behind radar : a signal is transmitted, it

bounces off an object and some type of receiver later receives it.This is where the name

RADAR comes from (Radio Detection And Ranging).The Radar Transmitter produces the

short duration high- power R-F pulses of energy that are radiated into space by the antenna.A typical Transmitter System uses a Magnetron oscillator which produces X-band pulses with

duration of about 0.35us and R.F. pulse are applied to the antenna.

Vaibhav Srivastava

B.Tech (ECE)

A235108013

TRANSMITTER OF A RADAR

BHARAT ELECTRONICS LIMITED-GHAZIABAD


Mr. R.N.Tyagi Prof. K.M. Soni

Manager (HRD) Acting Director

PROJECT SUMMARY

Radar is a system that uses radio waves to detect, determine the distance or speed, objects

such as aircraft, ships,and map them. Speed detection is measured by the amount of DopplerEffect frequency shift of the reflected signal. The basic idea behind radar : a signal is

transmitted, it bounces off an object and some type of receiver later receives it..This is where

the name RADAR comes from (Radio Detection And Ranging).The Radar Transmitter

produces the short duration high- power R-F pulses of energy that are radiated into space by

the antenna.A typical Transmitter System uses a Magnetron oscillator which produces X-band

pulses with duration of about 0.35us and R.F. pulse are applied to the antenna.

Vaibhav Srivastava

B.Tech (ECE)


29/44




Mr. Pankaj Sharma Mr. A.K. Jairath

Manager/ Sr. SDE,

HOD(GSM)

Deputy Director and HOD (EEE &

E&I)

PROJECT SUMMARY

As early as 1982, the CEPT ( Confederation of European P&T ) formed a Group called Global

system for Mobile Communications (GSM). The objective was to develop a binding mobile

radio standard for Europe. It provides International Roaming, High Spectral Efficiency,

Improved Transmission Quality as compared to Analog Systems, High Link Integrity, Provision

of Tele Services & Bearer Services with high data transfer rate, with speed video calling

facilities.

Ankit Choudhary

B.Tech (ECE)

A235108045




Mr. Pankaj Sharma Mr. A.K. Jairath

Manager/ Sr. SDE,

HOD(GSM)

Deputy Director and HOD (EEE &

E&I)

PROJECT SUMMARY

As early as 1982, the CEPT ( Confederation of European P&T ) formed a Group called Global

system for Mobile Communications (GSM). The objective was to develop a binding mobile

radio standard for Europe. It provides International Roaming, High Spectral Efficiency,

Improved Transmission Quality as compared to Analog Systems, High Link Integrity,

Provision of Tele Services & Bearer Services with high data transfer rate, with speed video

calling facilities.

Ankit Choudhary


30/44

MICROPHONES

AIR &DD




PROJECT SUMMARY







Anshuraj SharmaB.Tech (ECE)

A2305108065

MICROPHONES

AIR & DD



PROJECT SUMMARY







Anshuraj sharma

B.Tech (ECE)

A2305108065


31/44

MICROWAVE LINK DESIGN AND IMPLEMENTATION

IDEA CELLULAR LIMITED (UP WEST CIRCLE), NOIDA

INDUSTRY GUIDE FACULTY GUIDEMr. Anil Kant Ms. Shruti Bansal

DGM- Network Services Lecturer, ECE

PROJECT SUMMARY

The project involves designing the microwave links and studying about their implementation in

a mobile cellular network. A microwave link is a communication system that uses a beam of

radio waves in the microwave frequency range to transmit video, audio, or data between two

locations which may be at a distance of a few meters or kilometers apart. These links are

designed on a software transmission design tool called Pathloss 4.0. This tool provides several

link design modules, an area coverage module, a network module which integrates the radio

path and area coverage analysis, different diversity schemes, rain effects, interference analysis,

diffraction and reflection analysis etc. Once designed, these links are then implemented on thefield with the appropriate radio model.

Himanshi Chhibber

B.Tech (ECE)

A2305108050

MICROWAVE LINK DESIGN AND IMPLEMENTATION

IDEA CELLULAR LIMITED (UP WEST CIRCLE), NOIDA


Mr. Anil Kant Ms. Shruti Bansal

DGM- Network Services Lecturer, ECE

PROJECT SUMMARY

The project involves designing the microwave links and studying about their implementation in

a mobile cellular network. A microwave link is a communication system that uses a beam of

radio waves in the microwave frequency range to transmit video, audio, or data between two

locations which may be at a distance of a few meters or kilometers apart. These links aredesigned on a software transmission design tool called Pathloss 4.0. This tool provides several

link design modules, an area coverage module, a network module which integrates the radio

path and area coverage analysis, different diversity schemes, rain effects, interference analysis,

diffraction and reflection analysis etc. Once designed, these links are then implemented on the

field with the appropriate radio model.

Himanshi Chhibber

B.Tech (ECE)

A2305108050


32/44

Power Tech Energy Scan EMS & Billing Software

Neptune India Ltd.

Paste Photograph of

Industry Guide

INDUSTRY GUIDE FACULTY GUIDEMr. Ravi Shukla Professor A K Jairath

Deputy ManagerDeputy Director and HOD (EEE

& E&I)

PROJECT SUMMARY

An energy management system (EMS) is a system of computer-aided tools used by operators of

electric utility grids to monitor, control, and optimize the performance of

the generation and/or transmission system. A dual Energy meter is the one by which power

consumption of DG Set and Grid power can be measured separately by using a single meter

and power feeding lines instead of two different meters and two-power lines. Dual Energy

Meter keeps the wiring minimum as single power feeding lines are utilized for DG Set as well

as for Mains(Grid) power supply. These meters can be of two types: Prepaid Billing meters;and postpaid billing meters.

Varun Raj Jain

B.Tech (ECE)

A2305108035

Power Tech Energy Scan EMS & Billing Software

Neptune India Ltd.

Paste Photograph of

Industry Guide


Mr. Ravi Shukla Professor A K Jairath

Deputy ManagerDeputy Director and HOD (EEE

& E&I)

PROJECT SUMMARY

An energy management system (EMS) is a system of computer-aided tools used by operators ofelectric utility grids to monitor, control, and optimize the performance of

the generation and/or transmission system. A dual Energy meter is the one by which power

consumption of DG Set and Grid power can be measured separately by using a single meter

and power feeding lines instead of two different meters and two-power lines. Dual Energy

Meter keeps the wiring minimum as single power feeding lines are utilized for DG Set as well

as for Mains(Grid) power supply. These meters can be of two types: Prepaid Billing meters;

and postpaid billing meters.

Varun Raj Jain

B.Tech ECE


33/44


34/44

BHARTI AIRTEL LIMITED


Mr. Rahul Zadoo Mr. Bhopendra Singh

Senior Manager

(Teleport Operations)Assistant Professor

PROJECT SUMMARY

The project involves uplinking the content (HD channels) received from the source (TV

Channels, Movie Production houses etc) then feeds it to the content distributers (DTH, IPTV

operators etc). Before uplinking the content is encrypted to avoid the unauthorised reception

and this is done by using CAS servers. Teleports address the growing demand of the Indian

entertainment and media industry by bridging the Content Generators and the content

distributers (to the users). The CAS servers convert the content in unintelligible form.

Teleports are satellite infrastructure that resides on the terrestrial infrastructure. End to Endconnectivity involves receiving the content, compressing it and then uplinking it. Downlinking

is also done for monitoring purposes.

Achal Rustagi

B.Tech (ECE)

A2305108044

BHARTI AIRTEL LIMITED


Mr. Rahul Zadoo Mr. Bhopendra Singh

Senior Manager

(Teleport operations)Assistant Professor

PROJECT SUMMARY

The project involves uplinking the content (HD channels) received from the source (TV

Channels, Movie Production houses etc) then feeds it to the content distributers (DTH, IPTVoperators etc). Before uplinking the content is encrypted to avoid the unauthorised reception

and this is done by using CAS servers. Teleports address the growing demand of the Indian

entertainment and media industry by bridging the Content Generators and the content

distributers (to the users). The CAS servers convert the content in unintelligible form.

Teleports are satellite infrastructure that resides on the terrestrial infrastructure. End to End

connectivity involves receiving the content, compressing it and then uplinking it. Downlinking

is also done for monitoring purposes.

Achal Rusta i


35/44

CONTROL & INSTUMENTATION OF POWER GENERATION

NTPC LTD

INDUSTRY GUIDE FACULTY GUIDEMr.Amit Tyagi Mr.Navdeep Sharma

Sr.Engineer Lecturer

PROJECT SUMMARY

This project involves the study of Control & Instrumentation(C&I) of power generation.C&I is

an important division at NTPC.This division basically calibrates various instruments and takes

care of any faults that may occur in any of the auxiliaries in the plant..Various parameters are

taken into consideration for the proper functioning of plant.Monitoring of all the parameters is

necessary for the safety of both employees & machines.There are different instruments &

mechanisms available that care of these parameters.All this work comes under the control &

instrumentation department.

Manish Bhardwaj

B.Tech (ECE)

A2305108029

CONTROL & INSTUMENTATION OF POWER GENERATION

NTPC LTD


Mr.Amit Tyagi Mr.Navdeep Sharma

Sr.Engineer Lecturer

PROJECT SUMMARY

This project involves the study of Control & Instrumentation(C&I) of power generation.C&I is

an important division at NTPC.This division basically calibrates various instruments and takes

care of any faults that may occur in any of the auxiliaries in the plant..Various parameters are

taken into consideration for the proper functioning of plant.Monitoring of all the parameters isnecessary for the safety of both employees & machines.There are different instruments &

mechanisms available that take care of these parameters.All this work comes under the control

& instrumentation department.

Manish Bhardwaj

B.Tech (ECE)

A2305108029


36/44

DIRECT TO HOME BROADCASTING

STI (T) AIR & DD, DELHI


Mr. Rakesh Sharma Dr. Pradeep Kumar

Assistant Director

Engg.Sr. Lecturer

PROJECT SUMMARY

The basic concept behind DTH is the distribution of television signals from high powered geo-

stationary satellites to a small dish antenna/satellite receiver in homes across the country. It is

becoming more cost effective by the day and offers many value added services such as movies

on demand, live television recording, temple darshans and even internet connection.

Deepak Kumar Tiwari

B.Tech (ECE)

A235108015





Assistant Director

Engg.Sr. Lecturer

PROJECT SUMMARY





Deepak Kumar Tiwari

B.Tech (ECE)

A235108015



37/44




Assistant Director

Engg.Sr. Lecturer

PROJECT SUMMARY





Ishani Pathak

B.Tech (ECE)A235108021




Mr. Rakesh Sharma Dr. Pradeep KumarAssistant Director

Engg.Sr. Lecturer

PROJECT SUMMARY





Ishani Pathak

B.Tech (ECE)

A235108021


38/44


39/44

MICROCONTROLLER BASED LED DISPLAY USING PLC INTERFACING

MARUTI SUZUKI INDIA LTD.,GURGAON HARYANA


Mr. Niroja K Kar Mr. Bhopendra Singh

Manager

(electronics lab)Assistant Professor(EEE & E&I)

PROJECT SUMMARY

There is a plan display, an actual display and a variance.Actual display we are getting from

PLC. Variance has to be calculated with vehicle per hour,break time and lunch time the

variance time will be stopped except these two times the variance time will be ON.It involves

the study of microcontroller and features like serial communication and interfacing with

decoder IC 7447 and buffer IC 74245.

Ojasvi Chauhan

B.Tech (ECE)

A2305108037

MICROCONTROLLER BASED LED DISPLAYUSING PLC INTERFACING

MARUTI SUZUKI INDIA LTD.,GURGAON,HARYANA


Mr. Niroja K Kar Mr. Bhopendra Singh

Manager

(electronics lab)Assistant Professor(EEE & E&I)

PROJECT SUMMARY

There is a plan display, an actual display and a variance.Actual display we are getting fromPLC. Variance has to be calculated with vehicle per hour,break time and lunch time the

variance time will be stopped except these two times the variance time will be ON.It involves

the study of microcontroller and features like serial communication and interfacing with

decoder IC 7447 and buffer IC 74245.

Ojasvi Chauhan

B.Tech (ECE)

A2305108037


40/44

STUDY OF A LINE FOLLOWING ROBOT

INDIA NEWS


Mr. Yogesh AryaProf. K M Soni

Professor & Director General

Analyst(TAM)- AdSales

PROJECT SUMMARY

Line follower is a machine that can follow a path. The path can be visible like a black line on a

white surface (or vice-versa) or it can be invisible like a magnetic field. Sensing a line and

maneuvering the robot to stay on course, while constantly correcting wrong moves using

feedback mechanism forms a simple yet effective closed loop system. Therobot uses IR sensors

tosense the line, an array of 8 IR LEDs (Tx) and sensors (Rx), facing the ground has been used

in this setup. The output of the sensors is an analog signal which depends on the amount of

light reflected back, this analog signal is given to the comparator to produce 0s and 1s which

are then fed to the uC.

Shashank Aggarwal

B.Tech (ECE)

A2305108010

STUDY OF A LINE FOLLOWING ROBOT

INDIA NEWS


Mr. Yogesh AryaProf. K M Soni

Professor & Director General

Analyst(TAM)- Ad

Sales

PROJECT SUMMARY

Line follower is a machine that can follow a path. The path can be visible like a black line on a

white surface (or vice-versa) or it can be invisible like a magnetic field. Sensing a line and

maneuvering the robot to stay on course, while constantly correcting wrong moves using

feedback mechanism forms a simple yet effective closed loop system. All the skids and motorsare mounted on the main PCB. This is the most simplest and affordable design. Therobot uses

IR sensors tosense the line, an array of 8 IR LEDs (Tx) and sensors (Rx), facing the ground

has been used in this setup. The output of the sensors is an analog signal which depends on the

amount of light reflected back, this analog signal is given to the comparator to produce 0s and

1s which are then fed to the uC.

Shashank Aggarwal

B.Tech (ECE)

A2305108010


41/44

TO STUDY MICRO-PSS- PORTABLE PARTICULATE SAMPLING SYSTEM

FOR ON-BOARD MEASUREMENTOEM TECHNOLOGICAL INSTRUMENTS, NEW DELHI


Mr. Abhishek Parmar Prof. K.M. Soni

Scientist C Lecturer & Director General

PROJECT SUMMARY

The Project involves the study of MICRO-PSS, a Portable particulate sampling system for on-

board measurement. This system is used to determine the quantity of particulate collected on

the filter second per second by the particulate sampling system with diesel engines of any size

from small ones to big naval units. Micro-PSS can be equipped with a real time particulate

sensor that operates by electrostatic charging of PM particles. The real-time detector is

employed that operates by electrostatic charging particles passing the sensor and measuring

current caused by charged particles leaving the sensor determining the evolution of particulate

deposition on the filter during the test.

Srishti Talwar

B.Tech (ECE)

A235108034

TO STUDY MICRO-PSS- PORTABLE PARTICULATE SAMPLING SYSTEM

FOR ON-BOARD MEASUREMENT

OEM TECHNOLOGICAL INSTRUMENTS, NEW DELHI


Mr. Abhishek Parmar Prof. K.M. Soni

Scientist C Lecturer & Director General

PROJECT SUMMARY

The Project involves the study of MICRO-PSS, a Portable particulate sampling system for on-

board measurement. This system is used to determine the quantity of particulate collected on

the filter second per second by the particulate sampling system with diesel engines of any size

from small ones to big naval units. Micro-PSS can be equipped with a real time particulate

sensor that operates by electrostatic charging of PM particles. The real-time detector is

employed that operates by electrostatic charging particles passing the sensor and measuring

current caused by charged particles leaving the sensor determining the evolution of particulate

deposition on the filter during the test.

Srishti Talwar

B.Tech (ECE)

A235108034


42/44




Mr. Raghunandan Tyagi Mr. Navdeep Sharma

DGM Lecturer

PROJECT SUMMARY




weather phenomena such as rain, snow and clouds. Depending on specific application, the peak


consists of three units : Transmitter, high tension unit and LO+AFC unit. Using all the

components and its sub-components the transmitter produces the short duration high powerRF pulses of energy that are radiated into space by antenna.

Monika Bhadauria

B.Tech (ECE)

A235108028




Mr. Raghunandan Tygai Mr. Navdeep Sharma

DGM Lecturer

PROJECT SUMMARY

The project involves study of transmitter of Radar and various parts involved in it.The radar



weather phenomena such as rain, snow and clouds. Depending on specific application, the peakpowers generated by radar transmitter vary from application to application. It basically

consists of three units: Transmitter, high tension unit and LO+AFC unit. Using all the



Monika Bhadauria

B.Tech ECE

A2305108028


43/44

STUDY OF EPABX SYSTEM- HIPATH 4000 AND ITS APPLICATIONS

SIEMENS ENTERPRISES COMMUNICATION PVT. LTD.


Mr. Prabhat Kumar Mr. Deepak Balodi

Senior Manager Designation

PROJECT SUMMARY

EPABX is an acronym for Electronic private automatic branch exchange. The project as

entitled is the study of epabx system Hipath 4000 manufactured by siemens enterprises pvt ltd

. The hipath 4000 is an advancement in switching systems which provides converged IP

communication platform with 300 up to 100,000 users. The hipath 4000 architecture consists

of various levels each consisting of various cards needed according to the requirement. These

cards are programmed according to the siemens programming language named AMO. The

main achievement of hipath 4000 is its ability to offer rich end points, mobility of choices, edge

solutions, unified communication and standard based integration.

Priyam parul

B.Tech (ECE)

A2305108002

STUDY OF EPABX SYSTEM- HIPATH 4000 AND ITS APPLICATIONS

SIEMENS ENTERPRISES COMMUNICATION PVT. LTD.


Mr. Prabhat Kumar Mr. Deepak Balodi

Senior Manager Designation

PROJECT SUMMARY

EPABX is an acronym for Electronic private automatic branch exchange. The project as

entitled is the study of epabx system Hipath 4000 manufactured by siemens enterprises pvt ltd

. The hipath 4000 is an advancement in switching systems which provides converged IP

communication platform with 300 up to 100,000 users. The hipath 4000 architecture consists

of various levels each consisting of various cards needed according to the requirement. These

cards are programmed according to the siemens programming language named AMO. Themain achievement of hipath 4000 is its ability to offer rich end points, mobility of choices, edge

solutions, unified communication and standard based integration.

Priyam Parul

B.Tech ECE

A2305108002


44/44

7ECE1 - Final Summaries

Documents