Virtual Breadboard Vbb 4.18
What is Virtual Breadboard VBB 4.18 and How to Use It?
Virtual Breadboard (VBB) is a software application that simulates the functionality of a physical breadboard, a device that allows you to prototype and test electronic circuits without soldering. VBB 4.18 is the latest version of the software, released in September 2023, that offers many new features and improvements.
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In this article, we will introduce some of the main features of VBB 4.18 and show you how to use it to create and test your own circuits.
Features of VBB 4.18
VBB 4.18 has many features that make it a powerful and versatile tool for electronic enthusiasts, hobbyists, students, and professionals. Some of the features are:
Virtual Components: VBB 4.18 allows you to use virtual components that work with your physical microcontroller via the EDGEY interface. EDGEY is a hardware device that connects your microcontroller to your computer and enables communication between them. You can use virtual components such as LCD displays, OLED screens, neopixels, servos, e-paper, logic analyzers, and more. There are no special libraries required to use these components. You can also use real components or both in a hybrid mode.
Automated Testing: VBB 4.18 supports automated testing of your circuits using unit tests. You can verify the functionality of your circuits, capture user input state machines as repeatable tests, test exceptions and emergency conditions, boundary scan, test failure modes, and more.
Circuit Scribble: VBB 4.18 introduces a new feature called Circuit Scribble that allows you to draw your circuits using natural handwriting recognition. You can use a stylus or a mouse to draw your circuit on a virtual paper and VBB will convert it into a schematic diagram that you can edit and simulate.
Mixed Reality Circuits: VBB 4.18 enables you to create mixed reality circuits using augmented reality (AR) and virtual reality (VR) technologies. You can use your smartphone or a VR headset to view your circuits in 3D and interact with them using gestures and voice commands.
Component Development Kit: VBB 4.18 provides a component development kit (CDK) that allows you to create your own custom virtual components using Java or C#. You can also share your components with other users through the VBB online community.
How to Use VBB 4.18
To use VBB 4.18, you need to download and install the software from the official website. You also need to purchase an EDGEY device from the online store if you want to use virtual components with your physical microcontroller. You can choose from different models of EDGEY devices that support different microcontrollers such as Arduino, Raspberry Pi, Propeller, MicroPython, etc.
Once you have installed the software and connected the EDGEY device to your computer and microcontroller, you can launch VBB 4.18 and start creating your circuits. You can choose from different modes of operation such as Breadboard Mode, Java Source Editor Mode, Logic Analyzer Mode, etc. You can also access various tutorials and examples from the Help menu or the online documentation.
To create a circuit using virtual components, you need to drag and drop the components from the Component Palette onto the Breadboard Area. You can then connect them using wires or buses. You can also edit the properties of each component by double-clicking on it or right-clicking on it and selecting Properties.
To create a circuit using Circuit Scribble, you need to select the Circuit Scribble Mode from the View menu or press F12. You can then use your stylus or mouse to draw your circuit on the Paper Area. You can also use gestures such as pinch-to-zoom, rotate, pan, etc. to manipulate the paper.
To create a circuit using mixed reality, you need to select the Mixed Reality Mode from the View menu or press F11. You can then use your smartphone or VR headset to scan a QR code that will launch the mixed reality app on your device. You can then view your circuit in 3D and interact with it using gestures and voice commands.
To test your circuit, you need to press the Run button or press F5. You can then observe the behavior of your circuit and the output of your virtual components. You can also use the Logic Analyzer to capture and analyze the signals of your circuit.
To create and run unit tests for your circuit, you need to select the Test Mode from the View menu or press F10. You can then use the Test Editor to write your test cases using a simple syntax. You can also use the Test Runner to execute your test cases and view the results.
Conclusion
VBB 4.18 is a software application that simulates the functionality of a physical breadboard and allows you to create and test electronic circuits using virtual components, Circuit Scribble, mixed reality, and automated testing. VBB 4.18 is a powerful and versatile tool for electronic enthusiasts, hobbyists, students, and professionals who want to learn, experiment, and prototype with electronics.
If you want to try VBB 4.18, you can download it from the official website and purchase an EDGEY device from the online store. You can also visit the online community to share your projects, get support, and learn from other users. Here are some more sections that you can add to your article: Examples of Projects Using VBB 4.18
To give you some inspiration and ideas for your own projects, here are some examples of projects that use VBB 4.18 and its features:
Smart Home System: This project uses VBB 4.18 to create a smart home system that can control various appliances and devices using voice commands. The project uses an Arduino microcontroller, an EDGEY device, a virtual LCD display, a virtual microphone, and a virtual speaker. The project also uses the Google Assistant API to process the voice commands and execute the actions.
Robot Arm: This project uses VBB 4.18 to create a robot arm that can move and grasp objects using servos and sensors. The project uses a Raspberry Pi microcontroller, an EDGEY device, four virtual servos, a virtual potentiometer, a virtual ultrasonic sensor, and a virtual LED. The project also uses the Circuit Scribble feature to draw the circuit diagram of the robot arm.
Virtual Reality Game: This project uses VBB 4.18 to create a virtual reality game that can be played using a VR headset and a smartphone. The project uses a Propeller microcontroller, an EDGEY device, a virtual OLED screen, a virtual accelerometer, and a virtual joystick. The project also uses the Mixed Reality feature to view and interact with the game in 3D.
FAQs About VBB 4.18
Here are some frequently asked questions about VBB 4.18 and their answers:
How much does VBB 4.18 cost?
VBB 4.18 is available in two editions: Standard and Professional. The Standard edition is free for personal and educational use, but has some limitations such as the number of components, tests, and mixed reality sessions. The Professional edition is $99 per year and has no limitations.
What are the system requirements for VBB 4.18?
VBB 4.18 runs on Windows, Mac OS X, and Linux operating systems. You need at least 2 GB of RAM, 500 MB of disk space, and a graphics card that supports OpenGL 2.0 or higher.
How can I get support for VBB 4.18?
You can get support for VBB 4.18 by visiting the online community forum, where you can ask questions, report bugs, request features, and share your projects with other users. You can also contact the developer by email at support@virtualbreadboard.com.
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