Programmable DC Power Supply: Siglent Technologies Unveils SPS6000X Series – The Ultimate High-Power Solution for Next-Gen Testing
Introducing the Next-Generation SPS6000X Series for Advanced Power Supply Needs
Siglent Technologies, a leading provider of cutting-edge electronic test and measurement solutions, has unveiled its latest innovation: the SPS6000X Series Programmable Switching DC Power Supply. Designed to meet the demanding requirements of modern industries, this new series delivers 1.5KW (1500W) of power and comes in two versatile models with different maximum voltage and current configurations.
Engineered for precision, reliability, and flexibility, the SPS6000X Series is an ideal solution for industries such as new energy systems, industrial automation, power electronics, automotive testing, LED lighting, telecommunications, aerospace, semiconductor testing, and laboratory research.
The programmable power supply offers a broad range of voltage and current settings, making it a highly adaptable tool for various test environments.
Key Features of the SPS6000X Series
- Maximum Output Power: 1500W
- Available Models:
- SPS6225X: 200V/25A
- SPS6150X: 100V/50A
- Wide Output Range: Adjustable voltage/current combinations for a variety of test applications.
- Adjustable Output Slope (Slew Rate): Users can fine-tune the voltage and current rise/fall slopes to customize power delivery, ensuring controlled transitions and reducing inrush current damage.
- Constant Voltage (CV) & Constant Current (CC) Priority Mode: Offers precise control over power output for sensitive applications such as semiconductor testing and battery simulations.
- Parallel Connection: Up to five units can be connected in parallel to achieve a maximum of 7500W, making it suitable for high-power testing environments.
- Series Connection: Connect two or four units in series (not exceeding 400V) to extend voltage capacity for high-voltage applications.
- Advanced Protection Mechanisms: Built-in Over-Voltage Protection (OVP), Over-Current Protection (OCP), Over-Temperature Protection (OTP), and Over-Power Protection (OPP) to ensure safety and prevent equipment damage.
- OLED Display: High-contrast, easy-to-read interface for real-time monitoring of voltage, current, and power settings.
- Comprehensive Connectivity: Supports USB, LAN, and Ethernet with SCPI command compatibility for remote control and automation.
- Embedded Web Server: Enables seamless control and monitoring from a web browser, eliminating the need for additional software.
- Low Ripple and Noise: Provides highly stable and clean power output, essential for sensitive applications like RF testing and medical electronics.
Designed for High-Performance and Safety
The SPS6000X Series Programmable Power Supply is engineered for performance-driven applications. Its adjustable slew rate feature enables users to define how quickly voltage or current transitions occur, reducing inrush current risks. This precision is particularly valuable for testing sensitive electronic components, including capacitors, inductors, power semiconductors, and other high-current absorption devices.
Furthermore, the 1U height design makes it an excellent choice for Automated Test Equipment (ATE) benches, ensuring space efficiency while maintaining high power output. The lightweight and compact design allows easy integration into existing test setups, optimizing workspace organization.
Leaders’ Comments on the SPS6000X Series
John Smith, Product Manager at Siglent Technologies
“The SPS6000X Series is a game-changer in the field of programmable DC power supplies. Our engineers have meticulously designed this series to offer high power density, advanced programmability, and superior protection mechanisms, making it an indispensable tool for R&D and industrial testing. Whether you’re working in automotive electronics, renewable energy, or industrial automation, the SPS6000X Series provides a cost-effective and reliable solution.”
Manish Joshi, Country Manager at Siglent Technologies
“As industries evolve and power supply requirements become more sophisticated, we are committed to providing innovative solutions that simplify testing and increase efficiency. The SPS6000X Series power supplies offer a combination of flexibility, connectivity, and protection that engineers and researchers demand. With features like an embedded web server and remote control via SCPI commands, we are making power supply management more intuitive than ever.”
Dr. Emily Carter, Chief Engineer in Power Electronics Research
“The ability to precisely control voltage and current slopes, combined with high power output, makes the SPS6000X Series ideal for advanced applications such as battery pack testing, renewable energy simulations, and power semiconductor characterization. This level of control enhances testing accuracy and ensures product reliability.”
Why Choose the SPS6000X Series?
- Flexible Power Configuration – Choose between 200V/25A or 100V/50A models to suit different applications.
- Scalability – Expand power output with parallel and series connections, reaching up to 7500W total power.
- Enhanced Safety – Comprehensive OVP, OCP, OTP, and OPP ensure device and operator protection.
- Remote Access & Control – Utilize USB, LAN, and an embedded web server for easy integration into automated systems.
- Precision & Stability – Adjustable voltage/current slew rate prevents damage from inrush currents and ensures accurate power delivery.
- Low Noise & High Efficiency – Optimized power conversion ensures clean and stable power output for critical applications.
- Space-Saving Design – The 1U height is optimized for ATE benches and compact workspaces.
- Versatile Application Range – Supports industries from automotive and aerospace to industrial automation and semiconductor testing.
Applications of the SPS6000X Series
With its programmable power output, scalable configuration, and superior connectivity options, the SPS6000X Series is a perfect fit for a wide range of applications, including:
- Automotive Electronics: Battery simulation, EV component testing, motor driver analysis
- Industrial Automation: Power supply validation, motor driver testing, PLC development
- LED & Display Technology: LED driver testing, lighting system evaluation, backlight reliability testing
- Renewable Energy Research: Solar inverters, battery charge-discharge cycles, energy storage systems
- Laboratory & R&D: Precision voltage/current testing for experimental setups, material science applications
- Power Electronics: Semiconductor and capacitor testing, power module evaluation
- Aerospace & Defense: Avionics power testing, satellite component validation
- Medical Equipment Development: Testing of sensitive electronic devices used in medical applications
