Download File - sudheer electronics

SUDHEER ELECTRONICS
CELL: 9440075795
S13E003: BIKE THEFT DETECTION SYSTEM
S13E004: POWER INFORMATION AT REMOTE LOCATION (GSM)
S13E005: AUTOMATIC SCHOOL/COLLEGE BELL
S13E006: AUTOMATIC SWITCH FOR 3-PHASE STARTER
S13E007: GROUND FAULT DETECTOR
S13E008: EXHAUST FAN CONTROLLER USING HUMIDITY SENSOR
S13E009: TIMER BASED CONTROL FOR STAIR CASE AND BATH ROOM LIGHT
S13E010: BANK SECURITY SYSTEM
S13E011: AC MOTOR SPEED CONTROL
Single phase induction motors are now popular for its low cast and ease of
maintenance. So often it is required to control the speed of the motor in the process. This is
the circuit which controls the speed of the induction motor. The circuit control the total power
delivered to the load by using triac. This circuit also gives a dc switch to operate ac motor. It is
safe to operate dc switch rather than a ac switch. The speed can be controlled by adjusting the
pot provided in the circuit. The triac driver is used to drive the triac. The triac current
specifications must match with the load specifications.
S13E012: SERVO MOTOR CONTROLLER FOR QUAD PAD
This is a special circuit for controlling the servo motors of quad pad, using this circuit we
can control 3 servos.
S13E013: DC MOTOR SPEED CONTROL USING CHOPPER CIRCUIT
DC motors are common in robotics and automation products. It is very essential to
control the speed of the motor according to the requirements. Precise speed control is
required in industrial process, failure in one circuit may cause the total plant shutdown in
certain situations. The dc motor speed and direction can be effectively controlled by using
chopper/H-bridge circuit.
S13E014: DIGITAL CLOCK WITH SEVEN SEGMENT DISPLAY
This digital clock is designed using multiplexing technology. All features are implemented like
date, alarm, time in 12 hours format.
S13E015: HOME SECURITY SYSTEM
S13E016: PWM BASED SOLAR CHARGE SYSTEM
SUDHEER ELECTRONICS
CELL: 9440075795
The increasing demand to electric power and decreasing fossil fuel reserves lead to
development of non conventional energy production systems. In non conventional energy
solar energy is very important one. The main problem with this one is irregularity. At certain
times the power available is high and certain times very low. If we directly charge the battery
with the solar panel, the battery efficiency will be reduced. The PWM charging algorithm will
protect battery from overheating and limits the charge current according to the need of
battery.
S13E017: NETWORKING WITH MICROCONTROLLER (WIRED AND WIRELESS)
S13E018: SINGLE PHASE ELEMINATOR FOR 3-PHASE MOTORS
S13E019: AUTOMATIC WINDING MEACHINE
Transformer winding is critical process in which number of turns must be correct in order have
specific step up/step down voltages. This circuit can do the transformer winding
automatically. The user must enter the number required turns using the keyboard provided
on board. The circuit uses moc7811 IR sensor to count the turns. For each turn the beam chaps
for one time, the microcontroller will detect the break in beam by continuously polling the
sensor output.
S13E020: RPM CONTROL OF MOTOR USING FEEDBACK TECHNIQUE
Using this circuit we can control rpm of dc motor using optical sensors. PWM technology is
used to control the RPM.
S13E021: TEMPERATURED CONTROLED FAN
We will use full speed in summer and low speed I winter. For normal fan we have to
change the speed but using this circuit we control the speed of automatically. The system uses
temperature as reference parameter. The speed will vary in proportional to the temperature.
S13E022: POWER THEAFT DETECTION USING GSM
S13E023: ACTIVE SOURCE SELECTION FORM 3-PHASE LINE
S13E024: POWER GRID SYSNCHRONIZATIONFAILURE DETECTION SYSTEM
S13E025: MAINS VOLTAGE MEASUREMENT
S13E026: INTELEGENT WATER HEATER
S13E027: VIRTUAL CRO
S13E028: SOLID STATE SWITCH FOR AC APLIANCE
Relay cannot handle high currents and drawback with relay is we cannot control the power to
the load. All these drawbacks can eliminated by using solid state switches.
SUDHEER ELECTRONICS
CELL: 9440075795
S13E029: DS1307 DEVELEPMENT BOARD
S13E030: DISOLVED OXYGEN MONITERING SYSTEM
S13E031: LIFE CYCLE TEST FOR ELECTRICAL LOADS
Life cycle testing for AC loads is very important. By using this circuit we can test the AC
appliances.
S13E032: LINE FOLLWER
S13E033: RFID ATTENDENCE SYSTEM
S13E034: DISPLAY OF DIALED PHONE NUMBERS ON DISPLAY
S13E035: DTMF BASED GARAGE DOOR CONTROL
S13E036: UDERGROUND CABLE FAULT DETECTOR
S13E037: DISTANCE MEASUREMENT USING ULTRASONIC SENSORS
S13E038: PORTABLE PROGRMABLLE MEDICATION REMINDER
S13E039: IR ADSTACLE DETACTION TO ACTIVATE LOAD
S13E040: SOLAR TRACKING SYSTEM FOR SOLAR PANEL
S13E041: SOLAR STREET LIGHT WITH AUTO ON/OFF
S13E042: THEAFT INFORMATION OF VEHICAL OVER GSM
S13E043: SECURITY SYSTEM WITH USER CHANGEABLE PASSWORDS
S13E044: PASSWORD BASED CIRCUIT BREAKER
S13E045: SPEED CHECKER TO DETECT RASH DRIVING
S13E046: FIRE FIGHTING ROBOT VEHICAL
S13E047: CONTACT LESS LIQUID LEVEL CONTROLLER
S13E048: RFID SECURED DOORS
S13E049: FLASH FLOOD INFORMATION OVER GSM
S13E050: MOMENT SENSE AUTOMATIC DOOR OPENNNG
S13E051: RAILWAY GATE CONTROL USING GSM
S13E052:
S13E053: AUTOMATIC INTENSITY CONTROL FOR STREET LIGHT
SUDHEER ELECTRONICS
CELL: 9440075795
The intensity of street lights can be controlled by using this circuit. The intensity of light will
be high in rush hours and will gradually decreases as time passes.
S13E054: AUTOMATIC WIRELESS HEALTH MONITERING SYSTEM
S13E055: SPEED SYSNCHRONIZATION OF MULTIPLE MOTORS
S13E056: PC BASED ELECTRIC LOAD CONTROL
S13E057: UNIQUE OFFICE COMMUNICATION SYSTEM
S13E058: PRECISE ILLUMINATION CONTROL OF LAMP
S13E059: AUTOMATIC IRRIGATION SYSTEM
S13E060: PC BASSED SCROLLING MESSAGE ON LCD
S13E061: TOUCH SREEN BASED INDUSTRY LOAD CONTROL
S13E062: TOUCH SREEN BASD REMOTE CONTROLLED ROBOT
S13E063: ULTRAFAST ACTING ELECTRONIC CIRCUIT BREAKER
S13E064: ADAPTIVE STREET LIGHT
This light will on only when someone is present on the road. If the roads are empty the street
lights will go into off state.
S13E065: FLEXIBLE SQUARE WAVE GENERATOR
S13E066:
S13E067: KEYBOARD INTERFACE TO MC
S13E068: ANDROID PHONE BASED LOAD CONTROL
S13E069: KEY BOARD CONSRUCTION WITH ONLY ONE I/0 PIN
S13E070: GPS BASED BORDER ALERT FOR FISHER MEN
S13E071: BANK TOKEN DISPAY SYSTEM WITH VOICE OUTPUT
S13E072: WIRELEES STUDENT CLASS ROOM ADRESSING SYSTEM/ DEPARTMENT RADIO
This circuit uses 433Mhz RF modules for communication. The data speed is 120kbps. This
project can also be used as department radio because the receiver contains only one IC so that
every can build their own receiver.
S13E073: MOSIQUITO/RAT REPELLING SYSTEM
S13E074: LOW CAST USB TO UART CONVETER USING MC
S13E075: DC VOLTMETER
SUDHEER ELECTRONICS
CELL: 9440075795
S13E076: CLAP BASED VOLUME CONTROLLER
S13E077: PC BASED HOME APLIANCE CONTROL (USB)
S13E078: LASER BASED APLIANCE CONTROL
S13E079:
S13E080: WIRELESS MOTRO SPEED AND DIRECTION CONTROL WITH OUT MC
S13E081: LPG DETECTOR
S13E082: ELECTRONIC DICE
S13E083: AUTOMATIC WATERING SYSTEM FOR GARDENS
S13E084: SMART CHARGER FOR MOBILE PHONES
S13E085: MPPT FOR SOLAR CHARGERS (maximum power point tracking algorithm)
S13E086: WIRELESS FAN SPEED CONTROL
S13E087: VOLTAGE DOUBLING CIRCUIT
S13E088: AUTOMATIC COOLING WATER CIRCUIT FOR ANIMAL SHELTERS
S13E089: PUMP PROTECTOR FOR THE COOLERS
S13E090: UNMANNED WATER VEHICAL
S13E091: VOICE BASED STUDENT INFORMATION SYSTEM
S13E092: SUBMARINE MODEL
S13E093: SATILITE COMUNICTION SYSTEM (MODEL)
S13E094: TEMPERATURE PROTECTION FOR TRANSFORMERS
S13E095: AXALAROMETER BASED VEHICLE
S13E096: PH MONITERING SYSTEM
S13E097: BROADCAST NETWORK WITH XBEE MODULES / NETWORKING WITH XBEE
S13E098: INTELEGENT ENERGY SAVING SYSTEM
S13E099: ABSTACLE AVOIDENCE ROBOT USING ULTRASONIC MODULES
S13E 100: WHETHER STATION
S13E101: LASER INTUDER ALARM
S13E102: LASER DATA LINK
//S13E103: (LIVE SPEECH TRANSMISSION THROUGH LASER)
SUDHEER ELECTRONICS
CELL: 9440075795
S13E104: SPEAKING PARROT
S13E105: ANIMAL TRACKER (XBEE/RF)
S13E106: LAPN (LOCAL AREA PAGEING NETWORK)/DTDM
S13E107: OSRS (ONBOARD SIGNALING FOR RAILWAY TRAFIC)
S13E108: INTELEGENT HOME WINDOW
S13E109: INTELEGENT CAR WINDOW
S13E110: RANGE LOCK
S13E111: AUTOMATION IN TEMPLE
S13E112: TEMPERATURE CONTROLED CPU FAN
S13E113: SHORT CIRCUIT DETECTION USING 555
S13E114: PARKING SLOT RESERVATION USING SMS
S13E115: TEMPERATURE CONTROLLED THERMOELECTRIC COOLER
S13E116: DIGITAL CONTROL FOR HOME LIGHTING SYSTEMS WITH XBEE
S13E117: TEMPERATURE AND MOISTURE MONITERING IN THE SOIL USING WIRELESS SENSOR
NETWORK
S13E118: DEVELEPMENT OF REMOTE GAS MONITOR
S13E119: MULTIPOINT TEMPERATURE MONITERING AND DISPLAYING ON PC
S13E120: APPLICATION OF MEMS IN ROBOTICS
S13E121: REALTIME AUTOMATION OF AGRICULTURE ENVIRONMENT
S13E122: IMPROVED TECHNIQUE FOR SOLAR TRACKING APPLICATIONS
S13E123: DATA TRANSFER BETWEEN PC AND MC USING FIBER OPTIC CABLE
S13E124: ACCELAROMETER BASED MESSAGE DISPLAY
S13E125: PROXIMITY SENSOR BASED SECURITY SYSTEM
S13E126: BIOMETRIC FINGER PRINT BASED VOTING SYSTEM
S13E127: RFID BASED TOLLTAX SYSTEM
S13E128: RFID BASED COFFEWENDING MEACHINE
S13E129: DATA ENCRYPTION METHODS FOR WIRELESS DATATRANSMISSION
SUDHEER ELECTRONICS
CELL: 9440075795
S13E130: WIRELESS NOTICE BOARD FOR COLLEGE
S13E131: AUTOMATIC TRANSFORMER LOAD SHARING
S13E132: REFREGIRATOR FOR RURAL AREAS TO STORE MEDICINES IN EMERGENCY
SITUATIONS.
S13E133: ready to use line follower kit
//S13E134: laser based voice transmitter
S13E135: 3 state astable multivibrator
S13E136: AUTOMATIC HOME WATER TANK CIRCUIT
S13E137: accelerometer based building collapse alert system.
S13E138: fire accident avoider
S13E139: wireless temperature data logger for pc
S13E140: messenger for pc using zigbee
S13E141:
S13E142: power generation from roads and footwear
S13E143: voice based guest welcome
S13E144: wireless PIR detector
S13E145: panic button
S13E146: wireless door/window gap detector
S13E147: key finder
S13E148: personal body guard alarm
S13E149: pizeo based security mat
S13E150: temperature based fan speed control
S13E151: calling system for lodge
S13E152: DTMF based light dimmer
S13E153: SMS+DTMF based security board
S13E154: DTMF based data transfer
S13E155: DTMF based load control with feedback using GSM modem.
S13E156: rotation angle control for DC motor.
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CELL: 9440075795
S13E157: IR based DC motor control.
S13E158: motor protector using current sensor.
S13E159: RF remote with 6 channels.
S13E160:
S13E161: automatic attendance for college using zig-bee.
S13E162: PWM based inverter.
S13E163: farmer friend.
S13E164: IR remote (TV remote) based fan speed control and load control.
S13E165: IR fan speed control without MCU.
S13E166: hand gesture based fan speed control.
S13E167: Industrial security system with PC connectivity.
SUDHEER ELECTRONICS
CELL: 9440075795