CPLD based Smart Fluid Level Measurement & Control System
Ultrasonic & FPGA/CPLD based VLSI Digital Design to make a real time distance ranging RADAR prototype
VLSI based Automated Digital Person Counter and smart appliances Control System for Energy Conservation using CPLD Chip
GSM based Teleremote Robotics Control System by Designing a CPLD to DTMF Device Driver Interface using VLSI Programming.
A VLSI design & its hardware implementation to Make A Home Security System by Digital Sensors(Fire, Metal, Intruder, Touch etc) Interface with CPLD
CPLD based Automated Remote Wireless Data Communication System to Control Motor Mechanism and its implementation to control a wheel chair using VLSI Programming.
A Real Time Implementation of Device Driver over CPLD to control a Robotic ARM by a PS2 Keyboard using VLSI.
MATLAB & VLSI Based automated access control system using CPLD chip & hidden Digital Signature Decoding & Authentication
Teleremote Home Automation using VLSI Device Driver Design for DTMF Decoder Interface with CPLD Chip
Real Time VLSI Design using CPLD to Make a Digital Stepper Motor Drive to Control Direction, Angle & Movement
Image Processing Based Hand Gesture Detection & Wireless Robot movement control System by CPLD using VLSI and MATLAB
VLSI & MATLAB Based Hand Movement & Gesture Detection & Real Time Device Automation & Control System using CPLD chips.
VLSI based real time digital design implementation of PS-2 protocol to interface a Keyboard with CPLD & FPGA chips using Verilog
VLSI Digital Design for measuring Galvanic Skin Resistance(GSR) to measure Hypertension level & its Real Time Implementation over CPLD
LPG, CO Leakage Monitoring, Alerting & Control System using 8 bit ADC interface with CPLD chips using VLSI
An 8bit VLSI Digital Driver Design for ADC and Its Implementation using CPLD chip to Measure the Alcohol PPM Quantity.
A Wireless data Reception & Device Control Chip VLSI Design using Verilog and its prototyping over CPLD System
CPLD based VLSI Design to Interface an 8 bit & 16 bit ADC for Temperature Measurement and display Driver Design for 7 segment Display and Device Cont
A VLSI based Hybrid UART and Device Switching Control System Design & its Implementation over CPLD to perform Home Automation from a Remote PC
Real Time Implementation & VLSI Prototyping for smart Traffic Control System using CPLD & Quartus
A PWM VLSI Digital Design and CPLD Based Hardware Control System to Control DC Motor using VERILOG
VLSI Digital Design for Bottle Filling Plant Automation and Real Time Implementation over CPLD Prototype using Verilog & QuartuS
Tag Archives: ece projects
electonics projects latest best new advanced ece electrical mechanical pneumatic automobile civil automation PLC btech final year major projects innovative best diploma mtech level
Capstone projects on Final Year, Punjab
1. DIGITAL COMBINETION LOCK
2. SAFETY GUARD FOR THE BLIND (PROXIMITY BASE)
3. LIGHT COTROLLED DIGITAL FAN REGULATOR
4. LOW-COST ENERGY METER USING ADE 7757
5. HOME AUTOMATION AND SECURITY CONTROL INTERFACE WITH TELEPHONE
6. LINE TRACKING ROBOT/MOUSE
7. REMOT CONTROLLED STEPPER MOTOR
8. ULTRASONIC SWITCH
9. DEVICE SWITCHING USING PASSWORD
10. SPEED CHECKER FOR HIGHWAYS
11. ULTRASONIC PROXIMITY DETECTOR
12. ULTRASONIC MOVEMENT DETECTOR
13. VEHICLE SEED MEASUREMENT CONTROL PC BASED
14. SMART CARD FOR ENTRY EMPLOY
15. SECURITY ACCESS CONTROL SYSTEM
16. RADAR SYSTEM
17. PRI-PAID ENERGY METER
18. PRI-PAID CAR PARKING SYSTEM
19. ULTRASONIC DISTANCE METER
20. DATA SECUIRTY SYSTEM
21. DESIGN OF A BUS STATUS IDENTIFICATION SYSTEM
22. CALLING NUMBER IDENTIFICATION USING CALCULATOR
23. OPTICAL REMOT SWITCH
24. LOAD PROTECTOR WITH REMOTE SWITCHING
25. DISITAL WEIGHT ACCUMULATOR
26. REMOT CONTROLLED LAND ROVER
27. TELEPHONE ANSIRING MATCHING
28. AUTO CAR PARKING
29. AN INTELLIGENT AMBULANCE CAR WHICH CONTROL TO TRAFFIC LIGHT
30. WATCHMAN ROBOT
31. SUN SEEKER
32. AUTO BRAKING SYSTEM
33. TOUCH SCREEN
34. DTMF REMOTE CONTROL SYSTEM
35. AUTOMATIC RAILWAY CROSSING GATE CONTROLLER
36. HOME SECURITY SYSTEM WITH SENDING MESSAGE ON OUR CELL PHONE
37. FASTED FINGER FIRST
38. MOBILE CONTROL ELECTRICAL APPLIANCES
39. RF CONTROL ELECTRICAL APPLIANCES
40. MIND READER
41. DIGITAL COMBINATION LOCK
42. SAFETY GUARD FOR THE BLIND
43. DIGITAL SPEEDOMETER
44. RADIO CONTROLLED REMOTE CONTROL
45. MICRO PROCESSOR-BASED DC MOTOR SPEED CONTROL
46. 31/2 DIGIT VOLTMETER WITH LED
47. 31/2 DIGIT VOLTMETER WITH LCD
48. 31/2 DIGIT THERMOMETER
49. DTMF 5-CHANNEL SWITCHING VIA POWER LINE
50. DEVICE SWITCHING USING PASSWORD
51. LASER-BASED COMMUNICATION LINK
52. VIOCE & DATA COMMUNICATION WITH FIBER LINK
53. BUDGET DIGITAL OSCILLOSCOPE
54. WIRELESS HOME SECURITY
55. BEND STOP FILTER
56. A VERSATILE FUNCTION GENERATOR
57. DIGITAL DOOR BELL
58. TRANSFORMER LESS 12V DUAL POWER SUPPLY
59. INFRARED BURGLAR ALARM WITH TIMER
60. AUTOMATIC VOLTAGE STABILIZER USING AUTOTRANSFORMER
61. DIGITAL CODE LOCK
62. TELEPHONE CALL METER
63. EMERGENCY LIGHT USING CFL
64. WIDE RANG SQUARE WAVE GENERATOR
65. 1 HZ CLOCK GENERATOR
66. REMOTE MUSICAL BELL
67. ELE. TELEPHONE DEMONSTRATOR
68. TELEPHONE CALL COUNTER
69. LED VOLTMETER FOR CAR BATTERY
70. QUALITY FM TRANSMITTER
71. DIGITAL VOLUME CONTROL
72. 99.99 SEC. STOP-CLOCK
73. MULTIPURPOSE DIGITAL COUNTER
74. VERSATILE ON/OFF TIMER
75. SUPER SIMPLE TRIANGULAR TO SINE WAVE GENERATOR
76. DIGITAL FAN REGULATOR
77. TEMPERATURE DISPLAY
78. FREQUENCY GENERATOR
79. SOUND LEVEL INDICATOR FOR STEREO SYSTEM
80. SINGLE-GATE SQUARE WAVE GENERATOR
81. QUICK 741 AND 555 TESTER
82. REGULATE DUAL POWER SUPPLY
83. SENSITIVE FM TRANSMITTER
84. LIGHT CONTROLLED DIGITAL FAN REGULATOR
85. MOVING MESSAGE DISPLAY EPROM BASE
86. PROGRAMMABLE DIGITAL TIME SWITCH
87. PROGRAMMABLE DIGITAL TIMER CUM CLOCK
88. REMOTE CONTROL AUDIO PROCESSOR
89. HEART BEAT MONITOR
90. AROPLANE DIRECTION INDICATOR
91. VOICE TRANSMITTER IN POWER LINE AND SWITCHING
92. A SINGLE-CHIP TIMER WITH DIGITAL CLOCK AND CALENDER
93. IMPEDANCE METER
94. REMOTE AUDIO LEVEL INDICATOR
95. MULTICHANNEL TOUCH SWITCH
96. SAW TOOTH WAVE GENERATOR
97. TEMPERATURE CONTROLLED FAN
98. 1 HZ MASTER OSCILLATOR
99. REMOTE TV TESTER
100. CORDLESS INTERCOM
101. REMOT CONTROLLERED LAND FOVER –A DIY ROBOTIC PROJECT
102. DIGITAL WEIGHT ACCUMULATOR
103. IR- TO- RF CONVERTER
104. FM RECEIVER USING CXA1619
105. HEAT SENSITIVE SWITCH
106. TRANSISTOR TESTER
107. AUTOMETIC SCHOOL BELL
108. DIGITAL STOP WATER
109. INFRARED INTERUPTION COUNTER
110. AUTOMATIC ROOM LIGHT CONTROLLER: In this project we use object counter circuit with, auto light on when any body enter in the room and counter display any number, when all the person left the room and counter shows a 0 number on display then only light is off two rays of sensor is install in the door.
PC INTERFACE PROJECTS
1. PC TO PC COMMUNICATION USING IR/FIBER OPTIC CABLE
2. PWM CONTROL OF DC MOTOR USING C++
3. COMPUTERISED ELECTRICAL APLAINCE CONTROL
4. DATA ACQUISITION CARD FOR P.C.
5. SIMPLE ANALOGUE INTERFACE FOR P.C.
6. P.C. BASED FUNCTION GENERATOR
7. PC BASED SUN SEEKER
8. COMMUNICATION BETWEEN PC’S USING IR, LASER
9. SIMPLE RELAY AND SENSOR INTERFACE FOR P.C.
10. P.C. BASED DIGITAL CLOCK
11. INTERFACE YOUR PC WITH LIGHT AND FANS
12. P.C. BASED VISITOR COUNTER
13. P.C. BASED TOKEN NUMBER DISPLAYER
14. PC BASE TRANSISTOR LEAD IDENTIFIER
15. PC BASED STEPPER MOTOR CONTROLLER
16. PC BASED DC MOTOR SPEED CONTROLLER
17. P.C. BASED 7-SEGMENT ROLLING DISPLAY
18. PC. BASED DC MOTOR SPEED CONTROLLED
19. PC BASED ROBOTIC ARM
20. P.C. BASED TIMER
21. P.C. BASED MULTILEVEL CAR PARKING
MICROCONTROLLER BASED PROJECTS
1. FASTEST-FINGER-FIRST USING 89C51
2. MICRO PROCESSOR BASED REVERSIBLE D.C. MOTOR CONTROL
3. MOVING MESSAGE DISPLAY 8085 MICROPROCESSOR
4. PC16F84- BASED CODED DEVICE SWITCHING SYSTEM
5. STEPPER MOTOR CONTROL USING 89C51
6. MIC-89C51 MONITORING SYSTEM
7. MANUAL AT 89C51 PROGRAM
8. AT 89C2051 BASED COUNTDOWN TIMER
9. MICROCONTROLLER BASED CODE LOCK USING AT 89C2051
10. LCD FREQUENCY METER USING 89C2051
11. CALLER ID UNIT USING MICRO-CONTROLLER
12. PIC 18 F 84 MICRO-CONTROLLER BASE CODE DEVICE SWITCH SYSTEM
13. MICROPROCESSOR-BASED HOME SECURITY SYSTEM
14. STEPPER MOTOR CONTROL USING 89C51 MICRO-CONTROLLER
15. MICRO CONTROLLER BASED TEMPERATURE METER
16. MICRO CONTROLLER BASED HEARTBEAT MONITOR
17. RS232 ANOLOG TO DIGITAL CONVERTER USING AT89C51 MCU
18. ULTRASONICRANGEFINDER USING PIC MICRO CONTROLLER
19. CALLER- ID UNIT USING MICRO CONTROLLER
20. MICRO CONTROLLER BASED PATHFINDER
21. MICRO CONTROLLER BASED ROBOT.
22. MICRO CONTROLLER MOVING MESSAGE DISPLAY
23. MICRO CONTROLLER BASED RELAY SWITCHING
24. MICRO CONTROLLER AUTO DIALER USING GSM.
25. MICRO CONTROLLER BASED WATER LEVER INDICATOR
26. MICRO CONTROLLER BASED WIRELESS HOME AUTOMATION
27. MICROCONTROLLER BASED RADAR SYSTEM
28. MULTI CHANNEL INFRA RED CONTROL 4 different point 89c2051 micro controller in transmitter and receiver, using infra red technique.
29. MOVING MESSAGE DISPLAY : 89c51 micro controller Led matrix,
30. Digital clock with alarm: using 89c51 micro controller
31. TRAFFIC LIGHT WITH DOWN COUNTER : all the four sides of the road with one side counter display using 89c51 micro controller circuit.
32. ULTRASONIC DISTANCE METER USING MICROCONTROLLER
33. PRI-PAID CAR PARKING SYSTEM
34. MULTILEVEL CAR PARKING BY MCU
35. MICRO CONTROLLER TEMPERATUIRE METER
36. ANOLOG TO DIGITAL CONERTER USING AT89C51 MCU
37. INFARED REMOTE CONTROLE SYSTEM
38. ULTRASONIC MOVEMENT DETECTOR
39. MICROCONTROLLER BASED TACHOMETER
40. MCU BASED VISITOR COUNTER
41. PWM CONTROL OF DC MOTOR USING 89C51
42. AN INTELLIGENT AMBULANCE CAR WHICH CONTROL TO TRAFFIC LIGHT
43. PRE-PAID ENERGY METER
44. MICROC CONTROLLER BASED LINE FOLLOWER OR TRACING ROBOT
45. AUTOMATED WALKING ROBOT CONTROLLED BY MCU
46. AUTO BRAKING SYSTEM
47. AUTOMATIC RAILWAY CROSSING GATE CONTROLLER
ROBOTIC & ELECTRO-MECHANICAL CONTROL BASED PROJECTS
1. ROBOTIC ARM INTERFACING WITH PC/MCU/ IR/RF
2. HYDRAULIC LIFT
3. LINE FOLLOWER OR TRACING ROBOT
4. AUTOMATED WALKING ROBOT
5. DIGITAL SPEED MEASUREMENT SYSTEM FOR AUTOMOBILE
6. LIFT CONTROL USING PC AND MCU
7. ESCALATOR LIFT USING PC & MCU
8. PATH FINDER MOBILE ROBOT
9. MULTILEVEL CAR PARKING LIFT USING MCU
10. AUTOMATIC RAILWAY CROSSING GATE CONTROLLER
11. AUTO REJECTION + CONVEYER BELT SYSTEM
12. AUTO JACK MACHINE
13. AUTO BRACK SYSTEM FOR AUTOMOBIL
14. PADDLE CONTROLLED WASHING MECHINE
15. HYDRO ELECTRICITY
16. WIND ELECTRICITY
17. ELECTRICITY FROM SPEED BRAKER
18. SOLAR SUN SEEKER
19. ROBOTIC CRANE WITH UP/DOWN & CIRCULAR MOTION
science projects fm transmitter
Gsm irrigation control system and monitoring
Power Line Communication
PLC solar irrigation Control
INTRODUCTION &WORKING:-
In this project we can control any electrical appliances through mobile or landline from any part of the country. In this project one base unit is connected to the basic landline in parallel with the land line phone.. When we want to control any electrical appliances through outer phone then first we dial the home number, bell is ringing and after few bell phone is automatic on and switch on the base unit to operate. Now we press the single digital excess code, if the excess code is ok then unit give a tone pulse and switch on the base unit. Now again we press the switch on/off code to on/off any electrical appliances. With the help of this code unit is on and base unit give a acknowledge pulse for on and off separately.
Complete circuit is divided into three parts.
- DTMF DECODER
- PLC
- Solar Panel
- AUTOMATIC ON THROUGH OUTER PHONE
In this project we will give power from PLC from solar panel. Solar panle will charge battery. From battery we will use 12v to 220v AC convertor circuit to give supply to other circuit.
DTMF DECODER.
In dtmf decoder circuit we use ic 8870 ic. IC 8870 is a dtmf decoder ic. IC 8870 converts the dual tones to corresponding binary outputs.
DTMF SIGNALLING. Ac register signaling is used in dtmf telephones, here tones rather than make/break pulse are used fro dialing, each dialed digit is uniquely represented by a pair of sine waves tones. These tones ( one from low group for row and another from high group fro column) are sent to the exchange when a digit is dialed by pushing the key, these tone lies within the speech band of 300 to 3400 hz, and are chosen so as to minimize the possibility of any valid frequency pair existing in normal speech simultaneously. Actually, this minimisator is made possible by forming pairs with one tone from the higher group and the other from the lower of frequencies. A valid dtmf signal is the sum of two tones, one from a lower group ( 697-940 Hz) and the other from a a higher group ( 1209-1663 Hz). Each group contains four individual tones. This scheme allows 10 unique combinations. Ten of these code represent digits 1 through 9 and 0. . tones in DTMF dialing are so chose that none of the tones is harmonic of are other tone. Therefore is no change of distortion caused by harmonics. Each tone is sent as along as the key remains pressed. The dtmf signal contains only one component from each of the high and low group. This significaly simplifies decoding because the composite dtmf signal may be separated with band pass filters into single frequency components, each of which may be handled individually.
COMPONENTS REQUIRED
PLC DELTA
DTMF DECODER CM8870
DECODER IC 74LS154
IC 4049
RELAYS- 180 OHM 12V
RESISTANCES- 100OHM,22K,220K,330K
CAPACITORS- 1000µF,470µF,33PF,1µF
TRANSFORMER 12 V
REGULATOR- 7805
TIMER NE555
DECADE COUNTER IC 4017
ELECTRICAL SWITCHES
PLYBOARD
COPPER CLAD BOARD
FECL3
SOFTWARE REQUIRED
UMPS COMPILER,ORCAD, PROGRAMMER
Optical fiber losses measurement
Block Diagram
Optical losses Measurement
In this project we will measure optical bend losses using microcontroller 8051 and will display it on 16*2 LCD. We are making this project because wedidnot find any circuit on internet. In brief firstly we convert the LOSSES into small voltage variations with the help of sensor, Output of the sensor is further converted into digital signal with the help of the ADC. IN this project we use ADC0809 . ADC 0809 is a 8 bit ADC and convert the any analogue signal into digital signal in 100 microsecond. To control the ADC we required a clock pulse, and 4 different signal . All this signal is provided by the controller. IN this project we use ic 89s51 as a main controller. IC 89s51 sense the output from the ADC in hex code. This HEX code is further converted into binary code with the help of program code inside the controller. IN the output device we use LCD display . LCD display display the contents of the display with the help of the ASCII code. ASCII CODE is a special code for displaying the character in the LCD. In the controller we convert the binary code in to ASCII codes with the help of the code conversion program.
COMPONENTS USED:
ADC 0809
OPAMP OP07
TEMPERATURE SENSOR LM 335
MICROCONTROLLER 89C51
LCD 2 BY 16
CRYSTAL 3.58 MHz
RESISTOR
10 K 11 Pc
50 K 2 Pc VARIABLE
1 K VARIABLE
2.2K 1 Pc
470 OHM 1Pc
CAPACITOR
22 PF 2 Pc
10 MFD 1 PC
PUSH TO ON SWITCH 2 PC.
7805 REGULATOR
STEP DOWN TRANSFORMER 9-0-9
DIODE IN 4007( 4Pc)