Laboratory Power Supply Voltcraft PPS-11810 1–18 V DC, 0–10 A, 180 W, USB

The Voltcraft PPS-11810 laboratory power supply offers an adjustable DC output from 1 to 18 V with a maximum current of up to 10 A and total output power of 180 W. Designed for bench testing, prototyping and repair work, it delivers stable voltage and current with fine adjustment and a numeric display. A built-in USB interface enables remote control or data monitoring, making the unit suitable for lab benches, electronics workshops and development stations.

Advantages

The device combines wide voltage range and high current capability in a compact form factor, allowing a variety of electronic components and circuits to be powered safely. Voltage and current regulation are precise enough for sensitive testing and troubleshooting. The USB connectivity provides options for remote monitoring and control, while the clear front-panel display and control knobs support straightforward local operation.

Suitable for

• Bench testing of electronic modules and PCBs
• Prototyping and development of circuits and small systems
• Repair and maintenance of consumer electronics and power supplies
• Educational labs and technical training where adjustable DC sources are required
• Hobbyist projects requiring regulated voltage and current limits

Key specifications

• Output voltage range: 1–18 V DC
• Output current range: 0–10 A
• Maximum output power: 180 W
• Adjustable voltage and current regulation with front-panel controls
• Digital display for voltage and current readout
• USB interface for remote control and monitoring
• Short-circuit and overload protection features
• Compact benchtop form factor with sturdy connectors

How to use

Connect the power supply to a mains outlet using the supplied mains lead, then connect the device under test to the output terminals observing correct polarity. Use the voltage control to set the required output voltage and the current limit control to set the maximum allowed current. Monitor the output values on the digital display and, if required, connect the USB port to a computer for remote monitoring or control according to the manufacturer software instructions. When finished, reduce the output voltage and switch the unit off before disconnecting the load.

Recommendations

For accurate measurements and safe operation, set the current limit slightly above the expected operating current of the device under test and verify connections before powering. Avoid prolonged operation at the maximum rated current without adequate cooling and allow ventilation space around the unit. Use the USB interface only with trusted computers and follow the software user guide for proper remote control procedures.