Micro USB Breakout Board Power Charging Module

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Component Description

Overview

The Micro USB Breakout Board Power Charging Module is a compact, versatile, and easy-to-use module designed to facilitate power charging and data transmission through a micro-USB connector. This module is ideal for various IoT applications, prototypes, and projects requiring a reliable and efficient power management solution.

Functionality

The Micro USB Breakout Board Power Charging Module serves as an interface between a micro-USB connector and a breadboard or PCB, allowing users to easily connect and disconnect power and data lines. The module provides a convenient way to charge devices, such as lithium-ion batteries, and transmit data between devices through a single micro-USB connection.

Key Features

Micro-USB Connector: The module features a standard micro-USB connector, compatible with most devices and chargers.
Power Charging: The module supports USB power charging, with a maximum current rating of [insert current rating, e.g., 1A, 2A, etc.].
Data Transmission: The module enables data transmission between devices, with a maximum data transfer rate of [insert data transfer rate, e.g., 480 Mbps, etc.].
Breakout Pins: The module provides breakout pins for power (VCC and GND) and data (D+ and D-) lines, allowing users to easily connect to a breadboard or PCB.
Compact Design: The module features a compact design, making it ideal for use in space-constrained applications and projects.
Easy to Use: The module is simple to use, with no additional components or programming required.
Wide Operating Voltage: The module operates over a wide voltage range of [insert voltage range, e.g., 4.5V to 5.5V], making it compatible with a variety of power sources.
Short-Circuit Protection: The module features built-in short-circuit protection to prevent damage to the device or power source.

Pinout and Dimensions

VCC

Power input (connected to micro-USB VBUS)

GND

Ground (connected to micro-USB GND)

D+	Data line (connected to micro-USB D+)
D-	Data line (connected to micro-USB D-)

The module dimensions are [insert dimensions, e.g., 15mm x 20mm x 3mm].

Applications

The Micro USB Breakout Board Power Charging Module is suitable for a wide range of applications, including

IoT projects and prototypes

Robotics and automation systems

Wearable devices and accessories

Mobile devices and accessories

Battery-powered devices and systems

Overall, the Micro USB Breakout Board Power Charging Module is a convenient and reliable solution for power charging and data transmission in various IoT applications.

Pin Configuration

Micro USB Breakout Board Power Charging Module Documentation
Overview
The Micro USB Breakout Board Power Charging Module is a compact board designed to facilitate the integration of USB charging capabilities into a wide range of IoT projects and devices. This module provides a convenient way to connect and manage USB power charging, making it an essential component in many modern electronic systems.
Pinout Explanation
The Micro USB Breakout Board Power Charging Module features a total of 5 pins, each with a specific function. Here's a detailed explanation of each pin:
1. VBUS (Pin 1)
Function: USB Bus Power (5V)
Description: This pin provides the 5V power supply from the USB bus to the connected device.
Connection: Connect to the power input of your device or circuit.
2. GND (Pin 2)
Function: Ground
Description: This pin serves as the common ground reference for the module and the connected device.
Connection: Connect to the ground terminal of your device or circuit.
3. D- (Pin 3)
Function: USB Data - (Negative Data Line)
Description: This pin carries the negative data signal from the USB host device.
Connection: Connect to the D- line of your USB device or controller.
4. D+ (Pin 4)
Function: USB Data + (Positive Data Line)
Description: This pin carries the positive data signal from the USB host device.
Connection: Connect to the D+ line of your USB device or controller.
5. ID/EN (Pin 5)
Function: ID Pin (Identification) / EN (Enable) Pin
Description: This pin serves a dual purpose:
+ ID Pin: This pin is used to identify the device as a charging device or a data device.
+ EN Pin: This pin is used to enable or disable the charging function.
Connection: Connect to a pull-up or pull-down resistor to set the ID pin mode. Alternatively, connect to a logic level signal to control the charging enable function.
Connection Structure
When connecting the pins, follow this structure:
Connect the VBUS pin to the power input of your device or circuit.
Connect the GND pin to the ground terminal of your device or circuit.
Connect the D- pin to the D- line of your USB device or controller.
Connect the D+ pin to the D+ line of your USB device or controller.
Connect the ID/EN pin to a pull-up or pull-down resistor for ID pin mode, or to a logic level signal for charging enable control.
Important Notes
Make sure to use a suitable power source and follow proper USB specification guidelines when using this module.
Ensure that the connected device or circuit can handle the 5V power supply provided by the VBUS pin.
Refer to the datasheet of your specific USB device or controller for detailed connection requirements.
By following this documentation, you should be able to properly connect and utilize the Micro USB Breakout Board Power Charging Module in your IoT projects and devices.

Code Examples

Micro USB Breakout Board Power Charging Module Documentation

Overview

The Micro USB Breakout Board Power Charging Module is a compact and convenient module designed to simplify the process of charging and powering microcontrollers, such as Arduino boards, Raspberry Pi, and other embedded systems. This module provides a reliable and efficient way to manage power delivery, overcurrent protection, and USB communication.

Pinout and Features

Micro USB input: Connects to a power source, such as a wall adapter or computer
 VBUS output: Provides a stable 5V output for powering microcontrollers and other devices
 GND output: Ground connection for the microcontroller and other devices
 D+/D- output: USB data lines for communication with the microcontroller
 Overcurrent protection: Built-in fuse protects against excessive current draw
 LED indicator: Indicates the presence of power and charging status

Code Examples

### Example 1: Arduino USB Power and Communication

This example demonstrates how to use the Micro USB Breakout Board Power Charging Module to power an Arduino board and communicate with a computer.

Hardware:

Arduino Uno or compatible board
 Micro USB Breakout Board Power Charging Module
 USB cable

Software:

```c++
// Arduino Sketch
void setup() {
  Serial.begin(9600); // Initialize serial communication
}

void loop() {
  Serial.println("Hello, world!"); // Send a message to the computer
  delay(1000);
}
```

Explanation:

1. Connect the Micro USB Breakout Board Power Charging Module to the Arduino board's USB port.
2. Connect the USB cable to the module and a computer.
3. Open the Arduino IDE and upload the sketch to the board.
4. The board will receive power from the module and communicate with the computer via USB.

### Example 2: Raspberry Pi Power and Charging

This example demonstrates how to use the Micro USB Breakout Board Power Charging Module to power and charge a Raspberry Pi.

Hardware:

Raspberry Pi board
 Micro USB Breakout Board Power Charging Module
 Power source (e.g., wall adapter)
 USB cable

Software:

No specific software is required for this example.

Explanation:

1. Connect the Micro USB Breakout Board Power Charging Module to the Raspberry Pi's USB port.
2. Connect the power source to the module's micro USB input.
3. The module will provide a stable 5V output to power the Raspberry Pi.
4. The LED indicator will turn on to indicate the presence of power and charging status.

Additional Notes:

The Micro USB Breakout Board Power Charging Module can be used with other microcontrollers and embedded systems that require a 5V power supply and USB communication.
 Always ensure that the power source is compatible with the module's input voltage and current rating to prevent damage or overheating.
 The module's overcurrent protection feature will disconnect the power output in case of excessive current draw, protecting your device from damage.