Bench Lab Power Supply Voltcraft DSP-6010 0–60 V 0–10 A adjustable output, digital display

Voltcraft DSP-6010 is a bench laboratory power supply with an adjustable DC output range from 0 to 60 V and a maximum output current of 10 A. The unit provides separate, precise control of voltage and current with digital display readouts for both parameters, enabling accurate setting and monitoring during testing, prototyping, repairs and classroom experiments. Built-in protection features help prevent damage to connected circuits and the supply itself.

Advantages

The DSP-6010 delivers steady, low-ripple DC suitable for sensitive electronic work and offers fine adjustment of voltage and current via dedicated controls. Clear digital displays show real-time voltage and current values, while protection functions such as current limiting and short-circuit protection add operational safety. Compact bench form factor and standard output terminals make it convenient to integrate into workbenches and test setups.

Suitable for

• Electronics testing and measurement
• Prototyping and development of circuits and devices
• Device repair and component testing
• Educational labs and hands-on training

Key specifications

• Output voltage range: 0–60 V DC
• Maximum output current: 0–10 A (adjustable)
• Display: digital readouts for voltage and current
• Controls: independent voltage and current adjustment
• Protection features: current limiting and short-circuit protection
• Form factor: bench-top instrument with front output terminals

How to use

Place the power supply on a stable, ventilated bench surface and connect the earth/ground as required by your local safety regulations. Connect the load to the front output terminals observing correct polarity. Set the coarse and fine voltage controls to the desired voltage, then set the current limit above the expected load current to protect the device under test. Power on the unit and monitor the digital displays; if the current reaches the set limit the supply will operate in constant current mode to prevent overload. Adjust voltage and current while observing the readings until the required operating point is reached.

Usage recommendations

Use appropriate cabling and connectors rated for the maximum voltage and current. Allow adequate ventilation and avoid covering ventilation openings. When measuring sensitive circuits, verify polarity and current limit settings before connecting to prevent damage. For prolonged high-current operation, monitor temperature and consider duty cycle to avoid overheating.