mini projects list of title | mechanical engineering | ece students | for eee | latest ideas

WITHOUT MICRO CONTROLLER PROJECTS

ELECTRONICS PROJECTS

S.NO	TITLES
1	Intruder Alert System
2	Alarm System For Greenhouse Temperature Management
3	Alcohol Detection With Vehicle Controlling System
4	Automatic Emergency Light
5	Alarm Based Object Sensed System For Blind People
6	Automatic Shadow Intimation System
7	Automatic Street Light Controller System(AC lamp)
8	Automatic Wash Basin
9	Infra Red Based Intelligence Of Car Parking System
10	LDR based Dome light Dimmer and Security System for Cars
11	Multi Sensor Device For Domestic Application
12	RF Based Border Alert And Auto-Control

Mini Project Contact Numbers

+91-9003012154

+91-9500090804

embedded mini projects list electronics | for ece | eee students | latest project idea

MICRO CONTROLLER BASED PROJECTS

(ATMEL /PIC) MINI PROJECTS COST DETAILS

S.NO	TITLES
1	Thermal Plant Boiler Management System
2	Ultrasonic Alarm For Blind People
3	Ultrasonic Radar for Highways
4	Multi Sensor Device For Domestic Application
5	Advanced Traffic System Controller
6	Car Anti Guard With Password Security And Alert
7	Earthquake Prevention And Intimation Using Alarm
8	Embedded Based Intelligence Of Car Parking System
9.	Power Saving System For Auditorium
10.	High Sensitive LDR Based Power Saver For Street Light Control System
11.	Wireless Dc Motor Speed And Direction Control Using RF Communication
12.	Garden Management In A Changing Climate
13.	Automatic Digital Visitor Counter using AT89S52
14.	Gas Sensor Used Ignition Control With Alarm

Contact Numbers

+91-9003012154

+91-9500090804

13 level multilevel inverter project, matlab code, matlab simulation output, mdl download, cascade multilevel inverter

In the off grid application a new approach for selective harmonic elimination in a 13-level cascaded multilevel inverter with separate DC sources are being studied. The DC sources feeding the multilevel inverter are considered to be varying in time. This method uses genetic algorithms to obtain switching angles offline for different DC source values and uses neural networks to determine the switching angles that correspond to the real-time values of the DC sources for each phase. This implies that each one of the DC sources of this topology can have different values at any time but the output fundamental voltage will stay constant and the harmonic content will still meet the specifications. The switching angles are updated at each cycle of the output fundamental voltage.

A grid tied application is being studied with focus on a single-phase 13-level (6 H-bridges) cascade multilevel DC-AC grid-tied inverter

IF U NEED THIS PROJECT CONTACT ME

+919500090804

+919003012154

trichynewproject@gmail.com

multilevel cascade inverter

5level inverter

7level inverter

9level inverter

11level inverter

13level inverter

9 level multilevel inverter project, matlab code, matlab simulation output, mdl download

In the off grid application a new approach for selective harmonic elimination in a 9-level cascaded multilevel inverter with separate DC sources are being studied. The DC sources feeding the multilevel inverter are considered to be varying in time. This method uses genetic algorithms to obtain switching angles offline for different DC source values and uses neural networks to determine the switching angles that correspond to the real-time values of the DC sources for each phase. This implies that each one of the DC sources of this topology can have different values at any time but the output fundamental voltage will stay constant and the harmonic content will still meet the specifications. The switching angles are updated at each cycle of the output fundamental voltage.

A grid tied application is being studied with focus on a single-phase 9-level (4 H-bridges) cascade multilevel DC-AC grid-tied inverter

IF U NEED THIS PROJECT CONTACT ME

+919500090804

+919003012154

trichynewproject@gmail.com

7 level multilevel inverter project, matlab code, matlab simulation output, mdl download

In the off grid application a new approach for selective harmonic elimination in a 7-level cascaded multilevel inverter with separate DC sources are being studied. The DC sources feeding the multilevel inverter are considered to be varying in time. This method uses genetic algorithms to obtain switching angles offline for different DC source values and uses neural networks to determine the switching angles that correspond to the real-time values of the DC sources for each phase. This implies that each one of the DC sources of this topology can have different values at any time but the output fundamental voltage will stay constant and the harmonic content will still meet the specifications. The switching angles are updated at each cycle of the output fundamental voltage.

A grid tied application is being studied with focus on a single-phase 7-level (3 H-bridges) cascade multilevel DC-AC grid-tied inverter

IF U NEED THIS PROJECT CONTACT ME

+919500090804

+919003012154

trichynewproject@gmail.com

5 level multilevel inverter project, matlab code, matlab simulation output, mdl download

In the off grid application a new approach for selective harmonic elimination in a 5-level cascaded multilevel inverter with separate DC sources are being studied. The DC sources feeding the multilevel inverter are considered to be varying in time. This method uses genetic algorithms to obtain switching angles offline for different DC source values and uses neural networks to determine the switching angles that correspond to the real-time values of the DC sources for each phase. This implies that each one of the DC sources of this topology can have different values at any time but the output fundamental voltage will stay constant and the harmonic content will still meet the specifications. The switching angles are updated at each cycle of the output fundamental voltage.

A grid tied application is being studied with focus on a single-phase 5-level (2 H-bridges) cascade multilevel DC-AC grid-tied inverter

IF U NEED THIS PROJECT CONTACT ME

+919500090804

+919003012154

trichynewproject@gmail.com

11 level multilevel inverter project, matlab code, matlab simulation output, mdl download

In the off grid application a new approach for selective harmonic elimination in a 11-level cascaded multilevel inverter with separate DC sources are being studied. The DC sources feeding the multilevel inverter are considered to be varying in time. This method uses genetic algorithms to obtain switching angles offline for different DC source values and uses neural networks to determine the switching angles that correspond to the real-time values of the DC sources for each phase. This implies that each one of the DC sources of this topology can have different values at any time but the output fundamental voltage will stay constant and the harmonic content will still meet the specifications. The switching angles are updated at each cycle of the output fundamental voltage.

A grid tied application is being studied with focus on a single-phase 11-level (5 H-bridges) cascade multilevel DC-AC grid-tied inverter

IF U NEED THIS PROJECT CONTACT ME

+919500090804
+919003012154

trichynewproject@gmail.com