BBC Micro:Bit Silicone Soft Cover Protective Case (Orange) for Micro:Bit V1 & V2 Documentation

Component Name

BBC Micro

Bit Silicone Soft Cover Protective Case (Orange) for Micro:Bit V1 & V2

The BBC Micro

Bit Silicone Soft Cover Protective Case (Orange) is an essential accessory for anyone looking to protect their Micro

Bit V1 or V2 board from damage. Its soft, flexible design and vibrant orange color make it an attractive addition to any IoT project. With its protective features and easy installation, this case is a must-have for ensuring the longevity and performance of your Micro:Bit board.

The primary function of this protective case is to safeguard the Micro

Bit board from damage, ensuring its continued performance and longevity. The case achieves this by

Providing a barrier against dust, dirt, and other environmental contaminants that could potentially harm the board

Cushioning the board against minor impacts and shocks, reducing the risk of mechanical damage

Protecting the board's pins and connections from bending or corrosion

Material

Soft, flexible silicone

Color

Orange

Compatibility

Designed for Micro

Bit V1 and V2 boards

Easy Installation

Simple snap-on design for effortless installation and removal

Protective Design

Raised edges and cushioned interior provide added protection against scratches and impacts

Accessibility

Access to all ports, buttons, and pins remains unhindered, ensuring uninterrupted functionality

Aesthetics

The vibrant orange color adds a pop of personality to the Micro

Bit board, making it stand out in a crowd

Length

[Insert dimension]

Width

[Insert dimension]

Height

[Insert dimension]

Weight

[Insert weight]

Operating Temperature

[Insert operating temperature range]

Silicone

Soft, flexible, and resistant to scratches and cracks

Flame Retardancy

Meets relevant safety standards for electrical components

Certifications and Compliance

[Insert relevant certifications, such as CE, RoHS, and REACH]

Warranty and Support

[Insert warranty information, if applicable]

[Insert support information, including contact details and resources]

Pin Configuration

BBC Micro:Bit Silicone Soft Cover Protective Case (Orange) for Micro:Bit V1 & V2: Pinout Explanation and Connection Guide
The BBC Micro:Bit Silicone Soft Cover Protective Case (Orange) is a protective enclosure designed for the Micro:Bit V1 and V2 boards. The Micro:Bit board features a range of pins that provide access to its various functions and peripherals. This documentation explains the pinout of the Micro:Bit board, highlighting each pin's function and providing guidance on how to connect them.
Pinouts:
1. 0 (GPIO)
Function: General-purpose input/output pin
Connection: Can be used as an input or output for digital signals
2. 1 (GPIO)
Function: General-purpose input/output pin
Connection: Can be used as an input or output for digital signals
3. 2 (GPIO)
Function: General-purpose input/output pin
Connection: Can be used as an input or output for digital signals
4. 3V (Power)
Function: 3.3V power output
Connection: Provides power to external components or modules
5. GND (Ground)
Function: Ground connection
Connection: Used to ground external components or modules
6. 5 (GPIO)
Function: General-purpose input/output pin
Connection: Can be used as an input or output for digital signals
7. 6 (GPIO)
Function: General-purpose input/output pin
Connection: Can be used as an input or output for digital signals
8. 7 (GPIO)
Function: General-purpose input/output pin
Connection: Can be used as an input or output for digital signals
9. 8 (GPIO)
Function: General-purpose input/output pin
Connection: Can be used as an input or output for digital signals
10. 9 (GPIO)
Function: General-purpose input/output pin
Connection: Can be used as an input or output for digital signals
11. A (Button)
Function: Button input
Connection: Connect to a button or switch to register user input
12. B (Button)
Function: Button input
Connection: Connect to a button or switch to register user input
Special Pins:
1. P0-P2 (Accelerometer)
Function: Accelerometer pins
Connection: Connect to an accelerometer module to read acceleration data
2. P3-P4 (Compass)
Function: Compass pins
Connection: Connect to a compass module to read magnetic field data
3. P5-P6 (Speaker)
Function: Speaker pins
Connection: Connect to a speaker to produce audio output
4. P7-P8 (Micro-USB)
Function: Micro-USB pins
Connection: Connect to a micro-USB cable for programming and power
5. P9 (Reset)
Function: Reset pin
Connection: Connect to a reset button or switch to reset the Micro:Bit board
6. P10 (DAC)
Function: Digital-to-Analog Converter (DAC) pin
Connection: Connect to an analog sensor or module to read analog data
7. P11-P12 (UART)
Function: Universal Asynchronous Receiver-Transmitter (UART) pins
Connection: Connect to a serial communication module or device for data transmission
Connecting the Pins:
When connecting the pins, ensure that you:
Use the correct pin headers or connectors for your specific application
Connect the pins to the corresponding pins on the Micro:Bit board
Use a breadboard or PCB for prototyping and testing
Follow proper circuit design and layout principles to avoid electrical noise and interference
Consult the Micro:Bit documentation and datasheets for specific connection requirements and guidelines
Remember to handle the Micro:Bit board and components with care to prevent damage or electrical shock. Always follow proper safety precautions when working with electronic components.

Code Examples

BBC Micro:Bit Silicone Soft Cover Protective Case (Orange) for Micro:Bit V1 & V2

Overview

The BBC Micro:Bit Silicone Soft Cover Protective Case (Orange) is a durable and flexible protective case designed specifically for the Micro:Bit V1 and V2 boards. Made of high-quality silicone material, this case provides excellent protection against scratches, bumps, and drops, while maintaining access to all ports and connectors. The orange color adds a vibrant touch to the Micro:Bit, making it more visible and identifiable.

Features

Compatible with Micro:Bit V1 and V2 boards
 Durable and flexible silicone material
 Provides excellent protection against scratches, bumps, and drops
 Maintains access to all ports and connectors
 Vibrant orange color

Code Examples

### Example 1: Basic Blinking LED using Micro:Bit with Protective Case

In this example, we will demonstrate how to use the Micro:Bit with the protective case to create a basic blinking LED project.

Hardware

BBC Micro:Bit V1 or V2 board
 BBC Micro:Bit Silicone Soft Cover Protective Case (Orange)
 USB cable
 Computer with Micro:Bit software installed

Software

Micro:Bit Python Editor or MakeCode Editor

Code
```python
import microbit

while True:
    microbit.pin0.write_digital(1)  # Set pin 0 to high (LED on)
    microbit.sleep(500)  # Wait for 500ms
    microbit.pin0.write_digital(0)  # Set pin 0 to low (LED off)
    microbit.sleep(500)  # Wait for 500ms
```
Explanation

This code uses the Micro:Bit's built-in LED on pin 0 to create a simple blinking effect. The `while` loop continuously sets the LED on and off with a 500ms delay between each state.

### Example 2: Accelerometer-based Gesture Recognition using Micro:Bit with Protective Case

In this example, we will demonstrate how to use the Micro:Bit with the protective case to create a basic gesture recognition system using the built-in accelerometer.

Hardware

BBC Micro:Bit V1 or V2 board
 BBC Micro:Bit Silicone Soft Cover Protective Case (Orange)
 USB cable
 Computer with Micro:Bit software installed

Software

Micro:Bit Python Editor or MakeCode Editor

Code
```python
import microbit

while True:
    x, y, z = microbit.accelerometer.get_values()
    if x > 500:  # Detect right tilt gesture
        microbit.display.show(microbit.Image.ARROW_N)
    elif x < -500:  # Detect left tilt gesture
        microbit.display.show(microbit.Image.ARROW_S)
    else:
        microbit.display.show(microbit.Image.HEART)
    microbit.sleep(50)  # Wait for 50ms
```
Explanation

This code uses the Micro:Bit's built-in accelerometer to detect tilt gestures. The `while` loop continuously reads the accelerometer values and checks for specific gestures (right tilt, left tilt, or no gesture). Based on the detected gesture, the Micro:Bit displays a corresponding icon on its screen.

Note: The code examples provided are basic demonstrations of the Micro:Bit's capabilities and can be modified or extended to suit specific project requirements.