KUAIQU KQ7901 80V 20A Electrical Engineering DC Power Supply, 400W High-Precision Power Supply with Remote Sensing

KUAIQU KQ7901 80V 20A Electrical Engineering DC Power Supply, 400W High-Precision Power Supply with Remote Sensing

The KUAIQU KQ7901 Electrical Engineering DC Power Supply is designed for electrical engineers working on circuit design, power conversion, control electronics, and DC system development. With an adjustable output of up to 80V, 20A, and 400W, this programmable DC power supply provides flexible power delivery for a wide range of electrical engineering applications.

Designed for engineering workbenches and technical development environments, the KQ7901 combines programmable output settings, list sequencing, remote sensing, and digital control capabilities. Engineers can configure output conditions, save frequently used settings, and execute predefined output sequences to support repeatable circuit evaluation and system development.

Whether developing power conversion circuits, evaluating control boards, or integrating DC-powered components into electrical systems, the KUAIQU KQ7901 offers a versatile DC power source for practical engineering work.

Key Features

1. 80V 20A 400W Adjustable DC Output

Provides adjustable DC output up to 80V and 20A, with a maximum rated power of 400W. The wide output range supports different electrical engineering projects, including DC circuit development, power supply modules, and control electronics.

2. Programmable Output for Engineering Applications

Configure output parameters to meet different circuit requirements. Programmable operation helps engineers establish repeatable power conditions when evaluating electronic components, developing electrical circuits, and refining DC system designs.

3. List Sequencing for Multi-Step Power Settings

The list sequencing function supports predefined output sequences, making it useful for engineering workflows that require multiple programmed output conditions. It can help organize step-by-step circuit evaluation and repeatable power-up procedures within the power supply's supported operating limits.

4. Remote Sensing for Improved Load-Voltage Accuracy

Remote sensing compensates for voltage drops in output leads when connected and configured correctly. This helps maintain the intended voltage at the load terminals, which is particularly useful when working with longer leads or circuits with demanding voltage requirements.

5. Digital Control and Convenient Parameter Management

Digital control capabilities support more structured operation in electrical engineering environments. Together with programmable settings, they help simplify repeated configuration tasks during circuit development and system evaluation.

6. Designed for Electrical Engineering Workbenches

The KQ7901 is suitable for engineering workbenches where adjustable DC power, programmable settings, and controlled output conditions are required. It provides a flexible power source for circuit design, component evaluation, and electrical system development.

Technical Specifications

Applications

• Electrical Circuit Design: Supply adjustable DC power to circuits during design, prototyping, and functional evaluation.

• Power Conversion Engineering: Support the development and evaluation of DC-DC converter circuits and power conversion modules within the unit's voltage, current, and power ratings.

• Control System Development: Power control boards, electronic controllers, and DC-powered system components during development.

• Electrical Component Evaluation: Provide controlled DC input conditions for evaluating electronic components and circuit behavior.

• DC System Integration: Support the development and integration of DC-powered subsystems and electrical equipment.

• Engineering Prototyping: Supply power to prototype circuits and newly designed electronic assemblies during iterative development.

Why Choose the KUAIQU KQ7901?

The KUAIQU KQ7901 combines 80V, 20A, 400W output with programmable settings, list sequencing, and remote sensing. It provides flexible power control for electrical circuit design, power conversion development, and DC system integration, helping engineers simplify repetitive workflows and maintain stable voltage at the load.