Programming Concepts

Programming concept is the source code explain line by line, one of the opportunity to understanding how to write the code.

Practical Electronics and Complete Knowledge about the project

The complete can explain design concept, how the components are used and how they are functioning to enhance design concept of the student. This leads the practical experience for the project.

Circuit Design parameters

One gets opportunity for design parameters too. A particulate 555 timer is explains more in detail for practical application purpose and design knowledge enhancement.

Hands on Assembling experience

Hands on assembling experience is also provided, for example how to do a good soldering and a bad soldering also provided in an audio visual format.

De-bugging independently and enhancing fault finding skills

One learns has to how to debugging independently and enhancing fault finding skill with right kind of tools like oscilloscope, one can understand and try to find out the fault location.

Component Identification, Soldering & Hardware Assembly Techniques

The component identification, testing and soldering and hardware assembly techniques. For example, how to use and find out whether the particular diode or rectifier is good or bad, one has to use the multimeter or the appropriate testing the components.

To take up higher order practical research work in embedded system

Finally, to take up his/her order research work in Embedded system. This helps for using right kind of instruments, equipment and the circuits for higher order research work.

The pioneer in developing unique kits for engineering students. It comes with a beautiful box like this (shown above video), outlining the details as to what are the things available inside the box. Once you open the box, first you will find the bill of materials, assembly procedure for Edgefxkits, circuit diagrams (they are all hard copies that are available inside the box). The layout diagram, as to what are the components that has to be used for embedded system the transformer or a computer or a load. The voltage reference without IC is zero and with IC is different here. Besides these hardcopies, it is also provided with the features seen here. First is the zero board, we call it a bread board.

Next is a fully assembled and tested board, exactly as per the circuit diagram and printed circuit board as per the circuit diagram. All the components used for embedded systems: resisters, transistors, diodes, Ic’s, required for the project to be assembled either on the bread board or on the PCB. However, the detachable components like IC’s and all are of course given in one set. The external loads like the lamps, bulbs or a transformer are also inside the kit, to help identify the components. A multimeter that also helps to find out the voltage parameter as per the document provided, a component cutter after assembling the board yourself. Some dedicated cables like RS232 cable in this project. Last but not least, most importantly there are LCD and DVD in each box provided, that contains so much information as regard to the project. For example the entire explanation of the components which are used in the project in audio visual way. If it is an embedded project, the source code and the documentation for about nearly 80 pages- a documentation support, a power point presentation material for presenting a seminar with all this 100% output is guaranteed.