MetroQ MTQ32103 Linear Variable DC Power Supply 32V 10A 300W

The MetroQ MTQ32103 Variable DC Power Supply Linear 32V 10A 300W is a high-capacity adjustable bench power supply designed for electronics testing, circuit development, repair work, laboratory experiments and engineering applications. It provides an adjustable DC output of up to 32V and 10A with a maximum output power of 300W, making it suitable for powering and testing a wide range of electronic circuits, components and DC devices.

The MetroQ MTQ32103 DC Power Supply features clear digital displays for voltage, current and power, allowing users to monitor output parameters conveniently during testing. Front-panel voltage and current controls provide easy output adjustment, while dedicated OVP and OCP protection functions help protect connected circuits against excessive voltage and current. Memory, display and output On/Off controls make this variable DC bench power supply suitable for regular laboratory, repair and development work.

Technical Specifications:

• Brand: MetroQ
• Model: MTQ32103
• Product Type: Variable Linear DC Bench Power Supply
• Maximum Output Voltage: 32V DC
• Maximum Output Current: 10A
• Maximum Output Power: 300W
• Output Type: Adjustable DC
• Display: Digital LED Display
• Displayed Parameters: Voltage, Current and Power
• Protection: OVP and OCP
• Operating Mode Indicator: Constant Current (CC)
• Memory Function: Yes
• Output Control: Front Panel On/Off Control
• Output Terminals: Positive, Negative and Ground

Key Features:

• Adjustable output up to 32V DC
• Maximum output current of 10A
• Maximum output power of 300W
• Linear variable DC bench power supply design
• Digital voltage, current and power display
• Easy voltage and current adjustment
• OVP over-voltage protection
• OCP over-current protection
• Memory function for convenient repeat settings
• Dedicated output On/Off control
• Clearly marked output terminals
• Suitable for electronics laboratories and repair benches

Applications:

• Electronic circuit testing and development
• PCB testing and troubleshooting
• Electronic component testing
• Research and development laboratories
• Electronics repair and maintenance
• Engineering laboratory experiments
• DIY electronics and prototyping
• Microcontroller and embedded system development
• Educational laboratory projects
• Powering compatible low-voltage DC circuits and devices