KONEKT ELECTRA 2.0.7 With Serial Key (Latest)
ELECTRA comes with a powerful set of constraints to quickly get you started designing for 8-bit or 16-bit devices like the Atari 2600, Plus/4, PC, and more.
It also comes with a powerful set of constraints to quickly get you started designing for 32-bit devices like the C64, Amiga, Atari ST, Amstrad CPC, PC, and more.
You can use the complete set of both 8- and 16-bit programming environments to design your logic devices, PCB boards, and make sure your circuits work as intended.
ELECTRA came designed for the engineers that need to design boards for the C64, Amiga and Atari ST.
It offers complete solutions to the problem of designing high fidelity bitmaps such as the RTC, WDC, WDC-200 and WDC-250 family of controllers.
The logic of the project was designed with the idea of having a small, powerful, lightweight and very fast IDE with no external tools.
It can generate the code for the different assembly languages, and can easily export it.
Through the easy interface, you can control the different aspects of the IDE, from the programming to the processing of the results.
The project was developed in 2000 and the current version is version 2.8. The source code was originally written in Delphi, but now it is available in C.
There are different ports for Linux and Microsoft Windows.
PCPEDIA is a PC program used in the development of boards and application software, with the goal of being based in an own engine (dynamics and reactive) different from those designed for other CAD packages, but based on a common structure.
The main feature of the program is its ability to be developed in different assembly languages, like the C language, or in others as implemented in FastC or Delphi.
The program allows automatic generation of complete bitmaps with RTC and WDC format support.
This program has been developed with the intention of creating a free and powerful library for the OS/2 operating system.
The program was created using a hybrid language, based in the Delphi language, and it was completely translated to the Turbo Assembler, an assembly language.
The package includes a stand-alone compiler and a set of libraries.
KONEKT MULTIVRS is a utility designed for monitoring the parallel port in an embedded system.
It can also be used to interact with the parallel
KONEKT ELECTRA 2.0.7
ELECTRA is a handy application designed for the engineers that need to create wire routes for their printed circuit board designs. It uses a powerful algorithm that allows you to find adaptive routing solutions. The application allows you to protect certain wires from being deleted or changed while you edit the design. With this function, you can freely modify whatever you desire and then any changes will never stick and remain in the design until you change it back. These routing options and protections are also available with any other route application.
With ELECTRA, you can create as many routes as you want. The wires are always shown in the correct order within the design and you can define the wire name (labels), color, direction and size. The routes are stored in a separate tab and are shown in a tree view to quickly find them again.
ELECTRA supports both 2-pin and 4-pin wires. It automatically includes the smallest possible cross section that will meet the required minimum distance (in mm) between components and wires.
Comments for KONEKT ELECTRA
ELECTRA is a powerful routing tool. As you may know, it supports both 2-pin and 4-pin wires. It supports two major routing algorithms - The most common one is the shortest path algorithm which is commonly used by most of the routing applications. For the shortest path, the tool generates routes by minimizing the length of the routing path, while trying to maintain certain wires. One major advantage with this algorithm is that it is very flexible. There are many routing parameters available to suit you. With the shortest path algorithm, you can define the wire length, wire width, using a guide (if you are working on a 2-dimensional design), and you can place crosscuts (jogs) on the 2-dimensional board. You can also place crosscuts on 4-pin wires to help with stacking the wires. In addition, you can set the layer on which you want the wires to be placed (thereby avoiding crossing another wire on another layer). The other routing algorithm supported by ELECTRA is the parent routing algorithm. It automatically routes the wires so that they do not cross other wires. For this to work, you need to define wires to be connected within a certain distance on both sides. So you basically define a blank space where you can route the wires and then the tool routes them all without thinking about the wire width. This algorithm takes its time to process the routing but it is recommended for certain designs. The other routing algorithm includes the
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