Proteus Professional - программное решение для моделирования цепей и проектирования печатных плат. Он состоит из нескольких модулей для схематического захвата, встроенного программного обеспечения IDE и макета печатной платы, которые отображаются в виде вкладок в одном интегрированном приложении. Это обеспечивает плавный рабочий процесс AGILE для инженера-проектировщика и помогает продуктам быстрее выходить на рынок.

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The Proteus Design Suite is a complete software solution for circuit simulation and PCB design. It comprises several modules for schematic capture, firmware IDE and PCB layout that appear as tabs inside a single, integrated application. This provides a smooth AGILE workflow for the design engineer and helps products get to market faster.

The Proteus PCB Design products include both schematic capture and PCB layout modules and are designed to be both easy to use and powerful. Features such as a world class shaped based autorouter, 3D Visualisation, automatic net tuning, design snippets and assembly variants save you time during product design. Meanwhile, a powerful design rule system enforces whatever rules and clearances you might need for your PCB. The routing of tracks is fully design rule aware and live clearance checking makes it easy to locate and correct any violations.

The Proteus simulation products all use the schematic capture module as the electronic circuit and our customized mixed-mode SPICE engine to run the simulation. Proteus VSM then allows the the microcontroller to also be simulated on the schematic while Proteus IoT Builder enables the design and test of the remote user interface for the circuit.

For embedded engineers, Proteus VSM bridges the gap in the design life cycle between schematic capture and PCB layout. It enables you to write and apply your firmware to a microcontroller component on the schematic (PIC, AVR, ARM, 8051, etc.) and then co-simulate the program within a mixed-mode SPICE circuit simulation.

For academics and the maker market, Proteus Visual Designer allows Arduino programs to be written with simple flowcharting methods and Arduino shields to be placed on the schematic with a mouse click. The entire Arduino system can then be simulated, tested and debugged in software. Proteus IoT builder then adds the ability to create a user interface for your phone or tablet to interact with the Arduino electronics. You can even test this by controlling the running simulation from your mobile device.


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скачать бесплатно / free download Proteus Professional 8.17 + crack (license patched) ~ 430 Mb
SP5 repack nekto78

New features include:
Push and Shove Routing: There are now two main placement mods, namely Push mode and traditional FMR mode. The former allows the route being placed to move other tracks (and optionally vias) out of the way while the latter is more akin to a hug mode which will obey design rule clearances but will not affect other objects on the PCB. Keyboard shortcuts enable you to seamlessly switch between modes at any time.
DRC Aware Route Editing: Track editing operations are now by default all design rule aware, allowing you easily make the most of the available board space and keep a tidy board layout. This can be disabled via keyboard shortcut or through the Route Command Centre.
Route Command Centre: The Route Command Centre is the home for all route placement, editing and Visual DRC configuration options in Proteus. It can be launched from the Tools Menu or, more commonly, via the 'R' keyboard shortcut. Importantly the keyboard shortcut can launch the dialogue form while in the middle of placing or editing a route meaning that you can make changes or adapt the routing modes at any time.
Visual DRC: Visual DRC provides a viewport around the mouse and each object shows an expansion corresponding to it's design rule clearance in an overlay. This instantly lets you see whether the route being placed can move where you want it to go and then take action such as toggling push mode or changing track style to squeeze through a tight gap.
Status Bar Messaging: Status Bar messaging has been upgraded during route placement and editing to include live route lengths, current routing mode and route styles and net information.
Length Matched Tracks Viewer:New matchgroup view directly in the parts bin gives a live board insight on length matched routes and their compliance status with target lengths.




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+ Не требует лечения.
+ Python работает в Windows 7 (используется в проектах Arduino).
+ Удалены видеокодеки, так как они были нужны только для просмотра видеоуроков через оболочку Proteus.
+ Удалена программа для видеокодирования, которая, вероятно, была включена в Proteus при записи видеоуроков автором.
+ Заменен файл avr_tiny0series.dll на тот, который есть в 8.16 SP0 (поскольку файл из 8.17 SP2 содержит критическую ошибку, из-за которой Proteus вылетает при симуляции ATTINY202, ATTINY204 и т. д.).
+ Исправлены файлы gcc-arm.xml и stm32f1xx.h для правильного создания проекта на STM32F103C8.
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+ Patched
+ Python works in Windows 7 (used in Arduino projects).
+ Deleted video codecs, as they were only needed for viewing video tutorials through the Proteus shell.
+ Deleted video encoding program, which probably got included in Proteus when the author was recording video tutorials.
+ Replaced the avr_tiny0series.dll file with the one from 8.16 SP0 (since the file from 8.17 SP2 has a critical error that causes Proteus to crash when simulating ATTINY202, ATTINY204, etc.).
+ Corrected gcc-arm.xml and stm32f1xx.h files for proper project creation on STM32F103C8.

repack nekto78



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Добрый день!
Не работает сылка.

Спасибо!

Всё работает.

Пробовал без регистраций.

Извините.

Сообщение отредактировал valik1017 - 30.05.2024 - 12:44

Что это за окно вылетает в самом начале установки? Какой-то хелп к автономному установщику обновлений Windows - зачем это?

+ Не требует лечения.
+ Питон работает в семерке (используется в проектах Arduino).
+ Удалены видеокодеки, т.к. они нужны были только для просмотра видео уроков через оболочку протеуса.
+ Удалена программа видеокодирования, которая, вероятно, попала в состав протеуса когда автор снимал видео уроки.
+ Файл avr_tiny0series.dll заменён на одноимённый файл из 8.16 SP0 (т.к. в файле из 8.17 SP5 есть критическая ошибка из-за которой при симуляции ATTINY202, ATTINY204 и т.п. протеус аварийно завершает работу).
+ Подправлены файлы gcc-arm.xml и stm32f1xx.h для правильного создания проектов на STM32F103C8.
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+ Patched
+ Python runs in severs (used in Arduino projects).
+ Removed video codecs since. I only needed them to watch video tutorials through the proteus shell.
+ Removed video encoding program, which probably got into proteus when the author was making video lessons.
+ The file avr_tiny0series.dll was replaced with the same file from 8.16 SP0 (because. there is a critical error in the file from 8.17 SP5 because of which when simulating ATTINY202, ATTINY204, etc. proteus crashes).
+ Adjusted files gcc-arm.xml and stm32f1xx.h for correct creation of projects on STM32F103C8.



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