NICE-POWER LED Driver Testing Regulated

DC Power Source SPS305-2KD 30V 5A

150W×2 with Memory Function

The NICE-POWER SPS305-2KD is a Dual Output Regulated DC Power Source designed for LED Driver Testing, electronic development, and power circuit evaluation applications. With two independent output channels, adjustable voltage and current control, encoder adjustment, and flexible independent, series, and parallel operating modes, this DC Power Supply provides engineers with a practical solution for testing different LED driver circuits and related electronic components. 

Featuring 0-30V and 0-5A output capability per channel with 150W×2 independent output power, the SPS305-2KD allows users to apply adjustable DC power conditions during LED driver development and verification. The dual output structure enables engineers to supply different sections of a test system separately, while the flexible output modes provide additional options when different voltage or current requirements are needed.

For LED Driver Testing, users can adjust voltage and current parameters, monitor output conditions through the display, and store frequently used settings through the memory function, improving efficiency during repeated testing processes.

Key Features

Dual Output Design for LED Driver Evaluation

The SPS305-2KD features two independent output channels, providing flexible power configurations for LED Driver Testing applications.

During LED driver evaluation, different circuit sections may require separate power inputs. The dual output design allows engineers to provide independent power sources for driver circuits, control boards, or related electronic modules within the same testing setup.

The SPS305-2KD can operate in independent mode for two separate outputs, or use series and parallel modes when different voltage or current output requirements are needed.

Adjustable Voltage and Current Control for Driver Testing

The SPS305-2KD Regulated DC Power Source provides adjustable voltage and current output, allowing engineers to configure suitable power conditions for different LED driver circuits.

During LED Driver Testing, adjustable output helps users evaluate driver performance under different input conditions, check circuit responses, and verify whether the connected LED driver operates according to design requirements.

Memory Function for Repeated Test Conditions

The SPS305-2KD includes memory function support, allowing users to save frequently used output settings for repeated testing operations.

For LED driver development and production verification, stored parameters can help reduce repeated adjustment steps when performing similar testing procedures, improving testing efficiency.

Independent, Series and Parallel Output Modes

The SPS305-2KD supports multiple output configurations to adapt to different LED Driver Testing requirements:

• Independent mode: Two channels operate separately, providing 0-30V and 0-5A output for different circuits or testing points.

• Series mode: Two channels can be connected in series to provide up to 60V output when higher voltage testing is required.

• Parallel mode: Two channels can be connected in parallel to provide up to 10A output capability when higher current output is required.

These flexible operating modes allow one DC Power Supply to support different LED driver testing conditions.

Encoder Adjustment and Output Monitoring

The SPS305-2KD uses encoder adjustment control for precise voltage and current setting, helping users configure test parameters efficiently.

The display provides voltage and current information during operation, allowing engineers to monitor output conditions and make adjustments during LED Driver Testing.

Applications

LED Driver Testing

The SPS305-2KD is suitable for LED Driver Testing applications where engineers need adjustable DC power input for driver circuit verification.

It can be used for testing LED driver boards, evaluating circuit operation, and checking driver response under different voltage and current conditions.

LED Lighting Circuit Development

During LED lighting product development, the SPS305-2KD provides adjustable DC output for engineers to test driver circuit designs and verify electrical performance.

The flexible output modes allow users to create different power supply conditions during the development process.

Power Circuit Verification

The Regulated DC Power Source can support power circuit evaluation by providing adjustable voltage and current output for checking circuit behavior.

Engineers can use the SPS305-2KD during prototype testing, circuit debugging, and design verification processes.

Electronic Module Testing

The dual output structure makes the SPS305-2KD suitable for testing LED control modules and related electronic circuits that require flexible DC power input.

Users can configure different output modes according to the requirements of the test system.

Quality Check and Terms of Service

• Package includes: DC Power Supply *1, Output Power Cord *1, Input Power Cord *1, User Manual *1, Warranty Card *1.

• Has passed CE & FCC Certification.

• All DC power supplies and accessories are inspected before shipment to ensure good quality.

• Customer support: Contact us with any questions, and we'll respond within 24 hours.

Technical Specifications

Why Choose NICE-POWER SPS305-2KD?

The NICE-POWER SPS305-2KD combines dual output capability, adjustable DC power control, encoder adjustment, and memory function to provide a flexible DC Power Supply solution for LED Driver Testing and electronic development applications.

With 0-30V and 0-5A output per channel, 150W×2 independent power capability, and support for independent, series, and parallel operation modes, this Regulated DC Power Source allows engineers to configure different power conditions for LED driver evaluation, circuit verification, and prototype testing.

The SPS305-2KD provides a practical testing solution for users who need adjustable output, repeatable test settings, and flexible connection methods during LED driver development, electronic circuit testing, and power system evaluation.