RD DPS5015 Communication Constant Voltage Current DC Step-Down Power Supply Module Buck Voltage Converter LCD Voltmeter 50V 15A With USB Communication Board

RD DPS5015 with USB Communication Board Description

The RD DPS5015 with USB Communication Board takes the already powerful DPS5015 step-down power supply module and adds the functionality of USB communication, enabling seamless integration into automated systems or remote control setups. With its 50V 15A output, this power supply provides reliable and adjustable power for high-demand electronics, making it suitable for a wide range of applications, from labs to industrial use.

The USB communication board adds an extra layer of flexibility by allowing remote control and monitoring of the module, making it an excellent choice for users who require the ability to manage their power supply from a distance. Combined with the color LCD voltmeter for real-time parameter monitoring, this module ensures precise control over voltage, current, and power output, even in remote or automated settings.

RD DPS5015 with USB Communication Board Features

• USB Communication: Enables remote control and integration with other automated systems via USB.
• Constant Voltage and Current: Adjustable output ensures stable power for a variety of applications.
• Real-Time Monitoring: Color LCD voltmeter displays key parameters such as voltage, current, and power.
• Step-Down Voltage Converter: Efficiently reduces input voltage for a stable output.

RD DPS5015 with USB Communication Board Specifications

• Output Voltage: 0 to 50V
• Output Current: 0 to 15A
• Communication: USB for remote control and integration
• Display: Color LCD voltmeter
• Power Input: AC 100-240V, 50-60Hz

RD DPS5015 with USB Communication Board Applications

• Remote Control and Monitoring: Ideal for applications where remote power management is required.
• Electronics Prototyping: Use for powering prototypes and testing circuits with adjustable power.
• Automation Systems: Perfect for use in automated systems requiring precise voltage and current control.