LM2596S DC-DC Adjustable Step-down Buck converter With Display

The LM2596S DC-DC Buck converter with Voltmeter Display is a high-efficiency, adjustable boost converter module designed to step up DC voltage from a lower level to a higher one. This module integrates a built-in voltmeter display for real-time voltage monitoring, making it ideal for use in various power supply applications, including battery-powered devices, LED drivers, and other electronic projects. Key Features:

• DC-DC boost converter based on the XL6009 IC
• Integrated digital voltmeter display for monitoring output voltage
• Wide input voltage range for flexibility in power sources
• High efficiency with low power loss
• Adjustable output voltage with precision control
• Compact and durable design for various applications

Technical Specifications:

• IC Type: XL6009
• Input Voltage Range: 5V to 32V
• Output Voltage Range: Adjustable from 5V to 35V
• Output Current: Up to 4A (depending on cooling and input conditions)
• Efficiency: Up to 94% (depending on input/output conditions)
• Display Type: Digital voltmeter
• Display Voltage Range: 0V to 40V
• Adjustable Output Voltage: Yes, using a potentiometer
• Operating Temperature Range: -40°C to +85°C
• Size: Approximately 60mm x 35mm x 20mm

Applications:

• Power supply for battery-operated devices
• LED drivers
• DC-DC converters for custom electronic projects
• Powering electronic circuits requiring stable and adjustable voltage
• Voltage regulation in various electronic systems

Usage:

1. Connect the input terminals to the power source, ensuring correct polarity.
2. Use the onboard potentiometer to adjust the output voltage to the desired level.
3. Monitor the output voltage using the integrated voltmeter display.
4. Connect the load to the output terminals, ensuring the load does not exceed the maximum current rating of the module.
5. Verify that the module operates within its specified temperature range and conditions.

Caution:

• Ensure proper input and output connections to avoid damage or malfunction.
• Avoid exceeding the maximum input voltage or output current ratings.
• Use appropriate heat dissipation techniques if operating under high load conditions to prevent overheating.