Digital project design download


















The led based projects provide the ultimate solutions for the users. This project is designed to detect vehicle movement on highways to turn ON only a block of LED lights ahead of it vehicle , and to switch OFF trailing lights to save energy. This project saves the energy, which is achieved by sensing an upcoming vehicle, and then to switch ON a block of street lights ahead of the vehicle.

If there are no vehicles on the highway, then all the lights remain OFF without human intervention. Thus, we can save energy using a flashing led circuit arrangement. The intensity of street lights is required to be kept high during the crowning hours. As the traffic on the roads tends to decrease slowly in late nights, the intensity can be reduced progressively till morning to protect energy.

The process repeats every day. The project is designed for LED-based street lights with auto intensity control using solar power from photovoltaic cells. As awareness for solar energy is increasing, more and more individuals and institutions are opting for solar energy. Photovoltaic cells are used for charging batteries by converting the sunlight into electricity. This is a microcontroller LED project that works based on PWM pulses provided by the microcontroller to control the intensity of the light.

High-Intensity Discharge lamps HID generally used in urban street lights, which work based on the principle of gas discharge, and thus, the intensity is not controllable by any voltage reduction method as the discharge path gets broken.

LED lights are the future of lighting, because of their little energy consumption and long life they are fast replacing conventional lights world over. A white light-emitting diode LED replaces the HID lamps where intensity control is possible by pulse width modulation. This project is designed for LED-based street lights with auto intensity control using solar power from photovoltaic cells interfaced to a Raspberry Pi board. The intensity control helps in saving energy during late nights while traffic density on the streets is low.

A Raspberry Pi board is engaged to offer different intensities at the different times of night using PWM technique to save the energy, and a charge controller is used to charging and discharging the battery.

This project is designed to automatically control the intensity of light by an Arduino board using solar power from photovoltaic cells. Present days, the usage of solar energy is increasing from institutions to industries. Solar panels are used for charging batteries by converting the sunlight into electrical energy. A charge controller circuit is used to control the charging of the battery.

The intensity of street lights is required to be kept high during peak hours. As the traffic on the roads to decrease slowly in late nights, the intensity can be reduced gradually till morning to save energy. The proposed system used to control the intensity of light by developing pulse width modulated signals that drives MOSFET to switch an LED bank accordingly to achieve the desired operation.

This is a simple led project, designed with a set of LEDs that consume less power. It has a long lifetime, as compared to the conventional HID lamps. The intensity of LED projects can be controlled as per the requirement during the off-peak hours which is not feasible in HID lamps. Nowadays digital electronics deal with the logic gates, flip-flops, CMOS — the foundation for modern computers and digital communications. Such types of different digital logic circuits can be built into a single integrated circuit to design microprocessors and other high-end computational systems.

These processors are capable of performing millions of operations per second. A digital electronics system uses binary numbers of 1s and 0s to represent information. The following list is some latest projects on digital electronics for the electronic engineering students, who can widely implement them.

Here is the list of such projects:. Here is the list of mini-projects in digital electronics that includes the latest digital projects in , for the electronic engineering students. The advantages and disadvantages of a digital circuit when compared to the analog circuits include the following:.

In everyday life, we use digital electronics in home appliances like stoves, washers, mobile phones. In offices, we use computers and tablets, and for personal purposes, we use watches, cameras, video recorders, video games, and so on.

This is the list of titles related to the digital electronic projects, DIY LED projects , which are available in different online sites that are used in digital communications as well as digital system implementation. Hope you have got the best list from this article and w e believe that you might have got satisfied with this article.

Apart from this, if you have any queries or suggestions regarding digital electronics projects , please write down in the comments section given below , and therefore, for further help regarding the nonmicrocontroller projects and suggestions you can write to us or comment in the comment section given below.

Photo Credits. I want some extra ordinary.. Hi Nicky, For more project ideas please refer to the link given. Create and combine CAD and BIM models from the city scale to the construction detail, navigate, clash and measure, build 4D sequences and more. Digital Project has import and export capabilities that allow easy and accurate exchange with other software products, allowing full integration of workflow.

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