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HI-LINK 5V 0.6A Power Converter Module

HI-LINK 5V 0.6A Power Converter Module HI-LINK 5V 0.6A Power Converter Module
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Input Voltage

7-36V

Output Voltage

5V

Output Current

0.6A

Efficiency

Up to 96%

Dropout Voltage

0.5V

Overcurrent Protection

Yes

Short-Circuit ProtectionYes

Operating Temperature

-40C to 85C

Dimensions

20mm x 15mm x 5mm

Weight

2g

Applications

IoT devices and sensors

Robotics and robotic systems

Portable electronics

Battery-powered devices

Industrial control systems

Automotive systems

Note

The module should be installed and used in accordance with the recommended operating conditions and guidelines to ensure safe and reliable operation.

Pin Configuration

  • HI-LINK 5V 0.6A Power Converter Module Documentation
  • Pinout Description
  • The HI-LINK 5V 0.6A Power Converter Module has a total of 4 pins, which are labeled as IN, OUT, GND, and Vin. Each pin has a specific function, as described below:
  • Pin 1: IN (Input)
  • Function: Input voltage connection
  • Description: This pin is used to connect the input voltage source (typically a battery or a DC power supply) to the module. The input voltage range is typically between 7V to 24V DC.
  • Connection: Connect the positive wire of the input voltage source to this pin.
  • Pin 2: Vin (Voltage Input)
  • Function: Input voltage sense
  • Description: This pin is used to sense the input voltage and provide feedback to the module's internal voltage regulator. It is not necessary to connect anything to this pin unless you want to monitor the input voltage.
  • Connection: If you want to monitor the input voltage, connect a voltage sensing wire to this pin. Otherwise, leave it unconnected.
  • Pin 3: OUT (Output)
  • Function: Output voltage connection
  • Description: This pin provides the regulated 5V DC output voltage from the module. The output current is limited to 0.6A.
  • Connection: Connect the positive wire of your load (e.g., microcontroller, sensor, or other device) to this pin.
  • Pin 4: GND (Ground)
  • Function: Ground connection
  • Description: This pin provides the common ground connection for the module and the load.
  • Connection: Connect the negative wire of the input voltage source and the load to this pin.
  • Connection Structure:
  • To connect the HI-LINK 5V 0.6A Power Converter Module, follow these steps:
  • 1. Connect the positive wire of the input voltage source (7V to 24V DC) to Pin 1 (IN).
  • 2. Connect the negative wire of the input voltage source to Pin 4 (GND).
  • 3. Connect the positive wire of your load (e.g., microcontroller, sensor, or other device) to Pin 3 (OUT).
  • 4. Connect the negative wire of your load to Pin 4 (GND).
  • 5. If desired, connect a voltage sensing wire to Pin 2 (Vin) to monitor the input voltage.
  • Important Notes:
  • Make sure to use a suitable input voltage source within the specified range (7V to 24V DC).
  • The module can only deliver a maximum output current of 0.6A. Ensure that your load does not exceed this current rating.
  • Use proper wiring and insulation to prevent electrical shock, short circuits, and other hazards.
  • By following these connection instructions and guidelines, you can safely and effectively use the HI-LINK 5V 0.6A Power Converter Module in your IoT projects.

Code Examples

HI-LINK 5V 0.6A Power Converter Module Documentation
Overview
The HI-LINK 5V 0.6A Power Converter Module is a compact and efficient step-down DC-DC converter module designed to convert high-voltage inputs (up to 24V) to a stable 5V output. This module is ideal for powering small IoT devices, microcontrollers, and sensors in various applications.
Features
Input voltage range: 7V to 24V
 Output voltage: 5V  0.5V
 Output current: 0.6A (maximum)
 High efficiency: up to 96%
 Small footprint: 25mm x 15mm x 10mm
 On-board voltage regulator and capacitance filter for stable output
Pins and Connections
The module has four pins:
VIN (input voltage, 7V to 24V)
 VOUT (output voltage, 5V)
 GND (ground)
 EN (enable pin, active high)
Code Examples
### Example 1: Basic Powering of an Arduino Board
In this example, we'll use the HI-LINK Power Converter Module to power an Arduino Uno board from a 12V power source.
Hardware Requirements
HI-LINK 5V 0.6A Power Converter Module
 Arduino Uno board
 12V power source (e.g., battery or wall adapter)
 Jumper wires
Code
```c
// No code required, simply connect the module's output (VOUT) to the Arduino's VIN pin
```
Connection Diagram
VIN (HI-LINK)  VIN (Arduino)
GND (HI-LINK)  GND (Arduino)
### Example 2: Powering a Raspberry Pi with a 12V Solar Panel
In this example, we'll use the HI-LINK Power Converter Module to power a Raspberry Pi 3 model B from a 12V solar panel.
Hardware Requirements
HI-LINK 5V 0.6A Power Converter Module
 Raspberry Pi 3 model B
 12V solar panel
 Jumper wires
Code
```python
# No code required, simply connect the module's output (VOUT) to the Raspberry Pi's micro-USB port
```
Connection Diagram
VIN (HI-LINK)  Solar Panel (+)
GND (HI-LINK)  Solar Panel (-)
VOUT (HI-LINK)  micro-USB (Raspberry Pi)
Note: Make sure to connect the solar panel to the input of the HI-LINK module correctly, observing the correct polarity.
These examples demonstrate the simplicity of using the HI-LINK 5V 0.6A Power Converter Module in various IoT projects. The module's compact design and high efficiency make it an ideal choice for powering small devices and microcontrollers.