Tafelvoeding Voltcraft PS-1152A, DC 1,5–15 V, max. 1,5 A, 22,5 W

The Voltcraft PS-1152A bench lab power supply delivers an adjustable DC output from 1.5 V up to 15 V with a maximum current of 1.5 A and continuous rated power of 22.5 W. Its compact form factor and simple front-panel controls make it suitable for electronics testing, prototyping and small repairs where a stable low-voltage source is required. The unit provides regulated output and clear settings for precise voltage and current adjustment, supporting reliable work on low-power circuits and educational projects.

Advantages

The power supply offers a regulated DC output with fine adjustment across the specified voltage range, ensuring consistent performance during bench work. Its maximum current of 1.5 A and 22.5 W rating support a range of small electronics tasks without excessive bulk. The front-panel controls are straightforward, allowing easy setting of voltage and current limits, while the compact footprint conserves workspace. The design emphasizes stable output and dependable operation for routine lab and workshop use.

Suitable for

• Electronics prototyping and development
• Component testing and small repairs
• Educational labs and student projects
• Low-power circuit debugging
• Battery charging (low-current applications) and bench experiments

Key specifications

• Output voltage range: DC 1.5–15 V
• Maximum output current: 1.5 A
• Rated output power: 22.5 W
• Regulated DC output with adjustable voltage and current limits
• Compact bench-top enclosure with front-panel controls

How to use

Connect the supply to mains power and switch it on using the front-panel power control. Attach the device under test to the output terminals, observing correct polarity. Set the desired voltage using the voltage control and, if required, set a current limit using the current adjustment to protect sensitive components. Monitor the output while testing and adjust settings as needed. Turn off the supply and disconnect outputs when work is complete.

Recommendations

For safe and reliable results, always verify polarity before connecting a circuit, start with a conservative current limit when working with unknown or delicate components, and allow the unit adequate ventilation during prolonged use. Use appropriate test leads or connectors rated for the voltage and current in your application.