Electronic Designworks specializes in FPGA Design,
IP Design, RTL Design, Test-Bench Design, Product Design, Prototype Design,
Board Design, Circuit Design, Automation, Software Development and
Application Software Development.
We also specialize in software design and development,
our design teams are expert in C++, VC++, Ada
(for embedded application), Visual basic, C,
VHDL (for FPGA implementation) and assembly language
programming for micro-controllers.
We develop application for both Linux and Windows platforms. Feel free to
contact us and get
free quotations for any design and services.
Please do visit our corporate site Innovative Logics to learn more about our products and services.
This site is also an opportunity for us to give electronics
understanding and knowledge back to
the community. It is an attempt to make electronics simple and present it in most
practical manner for people interested in this field.
Electronics is an interesting subject, but before you can really make use of it,
you should have a good understanding of
basic electronics.
Hence, In this section we have tried to cover basic but important components
generally used in electronics.
If you are interested in electronics and want to learn how electronics ticks,
then this is the section to start
(basic electronics).
Next, when you are familiar with components lets play with them and construct some small
gadgets in the Circuits section.
These are small circuit projects but really serve as great learning aids.
Believe me, it is a unique pleasure seeing your own circuit working!
This section is an entry to today's electronics! Yes Digital Electronics..,
Today almost all devices use digital electronics. But how do these devices work?
Well, we won't be able to cover the working of all devices, but we will
cover the concepts on which these devices work. Understanding digital electronics will
open new doors of creativity for you.
Advanced Digital electronics, this section is of today's electronics,
where large complex systems are being designed and implemented. Today electronics applications and
designs have become quite complex
and are now being designed using Hardware Descriptive Languages.
This section sheds some light on how to code and design using Hardware Descriptive Language.
Here we will design and code a small project byte counter in VHDL from scratch.
We would like to hear from you, please feel free to drop-in your
feedbacks.
