Fonte de alimentação DC de laboratório Basetech BT-153 0–15 V, 0–3 A

Bench laboratory DC power supply Basetech BT-153 provides an adjustable output voltage from 0 to 15 V and an adjustable current up to 3 A. The compact unit is intended for electronics testing, repair and prototyping, offering stable voltage regulation and current limiting to protect sensitive circuits. Its front-panel controls and clear display allow rapid setting and monitoring of output parameters in a workshop, classroom or hobby environment.

Advantages

The Basetech BT-153 delivers precise voltage adjustment and reliable current limiting in a compact housing suitable for benchtop use. Its construction offers stable output under varying load conditions and simple front-panel operation for quick setup. The compact size and low weight make it easy to position in constrained workspaces while providing the core functions required for powering small circuits and modules.

Suitable for

• Electronics testing and troubleshooting of boards and components
• Repair work that requires a stable DC supply
• Prototyping and development of small circuits and modules
• Educational labs and hands-on electronics instruction
• Hobbyist projects and battery replacement testing

Key specifications

• Output voltage range: 0–15 V DC
• Maximum output current: 3 A
• Adjustable voltage and current controls
• Front-panel analogue/digital display for voltage and current
• Current limiting/protection to prevent overload
• Compact benchtop enclosure suitable for workshop use

How to use

Connect the power supply to mains according to the local electrical standards, then connect the positive and negative output terminals to the device under test ensuring correct polarity. Set the voltage control to the required output voltage and, if needed, set the current limit to protect the load. Monitor the output values on the front-panel display while adjusting. When testing sensitive components, start with a low current limit and increase gradually as required.

Recommendations

Use appropriate leads and connectors with sufficient current rating, verify correct polarity before switching on, and avoid prolonged operation at maximum current to prevent overheating. For safe operation, place the unit on a stable, well-ventilated surface and observe local safety regulations when working with live circuits.