BUILT-IN ARTIFICIAL INTELLIGENCE

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Artificial Intelligence (AI) is one of the most significant technological advancements of our time, with the potential to revolutionize various fields, including circuit simulation and design. Since the release of TINA v15 and its online version TINACloud, AI has been integrated into both versions as a powerful tool, enabling users to specify and execute tasks with a user-friendly NLP interface, gain valuable insights into circuit behavior, and even generate educational content like test questions and riddles.

This integration of AI, accessible both online and offline, empowers users to maximize the potential of TINA.

AI tools in TINA and TINACloud offer a flexible, user-friendly interface for various engineering tasks, including circuit design, simulation, code generation, and education such as:

Providing information on circuits
Designing LDO and SMPS power supply circuits
Designing active and passive filters
Designing analog oscillators and digital clock generators
Selecting and redesigning evaluation circuits from different manufacturers
Generating Arduino code for rapid prototyping
Image recognition with Python or MCU
Creating step-by-step solution of simple DC/AC circuits
Creating quizzes and riddles and check their solution

The AI support in the offline TINA provides flexibility and privacy. You can use local AI models to design and simulate circuits locally without relying on internet connectivity or leverage the power of cloud-based AI services.

Here are a few examples:

Providing information and redesigning a Switch Mode Power Supply (in TINA)

Due to the AI capability using natural language to interact, you can word your request in many different ways and languages.

The redesigned circuit provides the requested 8V output voltage

Presenting a Colpitts Oscillator circuit and providing information (in TINA)

Providing information about the Colpitts Oscillator circuit

The redesigned circuit oscillates with the requested frequency

Generating Arduino code for rapid prototyping with AI in TINA

Create a simple Arduino code for generating prime numbers up to 100

Copy the code into the TINA Arduino code editor then compile and save the project

The list of generated prime numbers appears on the screen of the Serial monitor

Creating a step-by-step solution of simple DC/AC circuits (in TINACloud)

As you can see, TINA’s AI-powered analysis, using fundamental circuit theory, delivers results that precisely match numerical simulations, provided by the interactive DC analysis tool of TINA.

TINA and TINACloud AI helps you create quizzes for any circuit. Just provide the circuit name for well-known ones, or add a title and description for less familiar circuits. AI analyzes your request and provides a detailed summary of your learning progress.