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1. B.S. TELECOMMUNICATION ENGINEERING,
BATCH 2011
DEPARTMENT OF
TELECOMMUNICATION ENGINEERING
SIR SYED UNIVERSITY OF
ENGINEERING AND TECHNOLOGY,
KARACHI

2. INTERNALADVISOR
Mr.Sir Ikram Ul-Haq
Telecommunication
SSUET, Karachi
 H.M.Arif Siddiqui 2011-TE-065
 MUHAMMAD FAISAL 2011-TE-053
 ABDUL WASAY 2011-TE-077
 EHTESHAM UDDIN 2011-TE-118

3.  Objective:
 INTRODUCTION
 PROJECT OVERVIEW
 FEATURES
 BLOCK DIAGRAM
 DESCRIPTION OF BLOCK DIAGRAM.

4.  SCHEMATIC DIAGRAM
 DESCRIPTION OF COMPONENT
 SOFTWARE
 DESCRIPTION OF SOFTWARE FLOW CHART.
 CONCLUSION

5. “ To implement affordable
Satellite Ground Station”

6.  The purpose of this project is to design a ground
station model for sensing satellite parameters.
 These parameter are responsible for keeping
satellite in its position.
 This project also involves the demonstration of
satellite coverage area through remote monitoring
tool on satellite.

7.  This Project Consists Of A Mini Satellite Model And A
Ground Station. This Ground Station Will Be Used To
Communicate With A Mini Satellite To Extract Data In
The Memory.
 A Station Located On The Earth's Surface Or Within
The Major Portion Of The Earth's Atmosphere And
Intended For Communication

8.  With One Or More Stations Of The Same Kind By
Means Of One Or More Reflecting Satellites Or
Other Objects In Space.

9.  Demonstration Of Satellite Works In Practical Form .
 Cost Effective.
 Satellite Parameters Responsible For Keeping It In
Orbits.
 Wireless Controlling Of Speed.

10. Camera For
Coverage Area
Satellite
Model
Speed
Sensors
Position
Sensors
Wireless
Power Level
Sensor
Wireless
Rx
Ground Station
Model
GUI For
Graphical Display

11.  The Prototype Consist Of A Camera Which Is Attached
With The Satellite Model. Locating The Earth.
 The Satellite Model Is Moving With The Constant Speed
And Set The Position According To Its Parameter.
 The Satellite Transmit Data Wirelessly Through Rf
Module And Set The Power Sensor.

12.  On Receiving , There Is A Ground Station Which Receive
The Single Through RF Model.
 The Output Shows On Graphical Unit Interface For
Display.

13. Antenna
C945
+5V
+5V+5V +5V
U2
LM7805
1 3
2
IN OUT
GND
+
Relay -2
C945
C945
1
1N4007
3
U8
MAX232
1
3
4
5
1615
2
6
12
9
11
10
13
8
14
7
C1+
C1-
C2+
C2-
VCCGND
V+
V-
R1OUT
R2OUT
T1IN
T2IN
R1IN
R2IN
T1OUT
T2OUT
6
PC
1
2
3
2
220R
AT89C2051
1
1020
5
4
12
13
14
15
16
17
18
19
2
3
6
7
8
9
11
RST/VPP
GNDVCC
XTAL1
XTAL2
P1.0/AIN0
P1.1/AIN1
P1.2
P1.3
P1.4
P1.5
P1.6
P1.7
P3.0/RXD
P3.1/TXD
P3.2/INT0
P3.3/INT1
P3.4/T0
P3.5/T1
P3.7
+5V
C945
7
RF Transceiver Module
30PF
8
10uf
+
1000 uf 25V
+ C6
LED
+5V
10 cm
C945
4
220R
30PF
5
12
+5V
Relay -1 & 2
1N4007
1K
RXD
- +
BRIDGE
1
4
3
2
10K
Setellite Model
Custom
1 1
Title
Size Document Number Rev
Date: Sheet of
LS1
6 Pin 5V Relay
3
5
4
1
2
TXD
+5V
Relay -1
+5V
11.0592
SPDT
3
5
4
1
2
+5V
RLY
+5V
1K
RLY
220R
470
J2
DC 9V
1
2
++
10 uf *4

14.  RF TRANSCEIVER MODULE:
 RF Module Is A Transceiver (Transmitter / Receiver)
Modules Offer A Faster Time-to-market Alternative To
Chips/Chipsets.
 It Is Use For Connection.

15.  Modules Offering The Easiest Integration Allow The
Designer To Send Data And Expect That Same Data Out
On The Receiving End Of The Wireless Link.

16.  First Created In 1987 By Maxim Integrated Products
 It Has Two Receivers And Two Drivers.
 The Drivers Provide Rs-232 Voltage Level Outputs
(Approx. ± 7.5 V) From A Single + 5 V Supply.

17.  Output Current Up To 1amp

18.  AT89C52 Is An 8-bit Microcontroller And Belongs To
Atmel's 8051 Family .
 AT89C52 Has 8KB Of Flash Programmable And Erasable
Read Only Memory.
 The At89c52 Is A Low-power, High-performance.

19.  AT89C52 Is A Powerful Microcomputer Which Provides
A Highly-flexible And Cost-effective Solution To Many
Embedded Control Applications.

20.  Visual Basic
Visual Basic Is A Third-generation Event-driven
Programming Language
 Integrated Development Environment (Ide) From
Microsoft For Its Com Programming Model
 First Released In 1991. Microsoft Intended Visual Basic
To Be Relatively Easy To Learn And Use.

22.  This Flow Chart Starts With Gathering Of Data For
Different Parameters From Satellite.
 If Data Is Valid Then Transmitted To Receiving End.
 This Data Is Inserted With Defined Parameters For
Creation Of Data Files For Analysis Purpose.
 This Data Is Displayed On GUI.

23.  This Project Consists Of A Mini Satellite Model And A Ground
Station.
 This Ground Station Will Be Used To Communicate With A
Mini Satellite To Extract Data
 The Purpose Of This Project Is To Design A Ground Station
Model For Sensing Satellite Parameters.
 This Project Also Involves The Demonstration Of Satellite
Coverage Area Through Remote Monitoring Tool On Satellite.

24. Thank
You