
Best selling Lab power supplies
Here’s a ranking of the best selling Lab power supplies. To give you a quick overview, we’ve added the most important information about each product. This page always stays fresh and updates automatically.
1. Peaktech P 6226 Switched-mode power supply unit
This laboratory power supply offers an adjustable DC voltage output of 0 - 30 V or 0 - 10 A. The current and voltage settings are made via digital potentiometers, allowing both values to be adjusted even when the output sockets are turned off. By pressing the respective rotary knob for current or voltage, the setting resolution can be switched from 10 mA to 100 mA or from 10 mV to 1 V. To ensure safe measurements, there is a button on the front of the PeakTech 6226 that is used to control the output of the voltage. The display also indicates when the output is active. With the CV and CC functions, the voltages and currents can be set to constant values that do not change when a load is connected. These features make the PeakTech 6226 a remarkable companion for any hobbyist electronics enthusiast as well as for any specialist.

2. Manson Labornetzgerät HCS- 3202 (1-36 V / 0 -10 A) mit
The HCS-3202 laboratory power supply from Manson is a state-of-the-art switching power supply that provides precise and reliable power for various laboratory applications. With an output voltage range of 1 to 36 V DC and a maximum output current of 10 A, this device is ideal for experiments, testing, and development projects. The ability to remotely control and program the power supply via USB allows for flexible adaptation to specific requirements. Users can save up to 20 presets using the included PC software, enhancing work efficiency. The device also features easy configuration and a clear display of voltage, current, and status through bright LED indicators. Safety is ensured through integrated protection mechanisms such as overload, overvoltage, and short-circuit protection, while the temperature-controlled fan provides optimal cooling.
- Remotely programmable via USB with up to 20 presets
- Three programmable memory slots for frequently used settings
- Simultaneous display of voltage, current, and status via LED indicators
- Integrated protection against overload, overvoltage, and short circuit
- Temperature-controlled fan for efficient cooling.

3. Fnirsi DPS150 DC
The FNIRSI DPS150 is a compact and versatile DC laboratory power supply designed for a wide range of laboratory, educational and amateur applications. With its programmable functionality, it allows precise control of voltage and current, making it an ideal tool for experimentation and testing. The device is equipped with a high-resolution IPS display that provides a clear and colour-accurate display of operating parameters. Thanks to its compact design and the ability to operate from a variety of power sources, the DPS150 is both portable and user-friendly. It offers a range of safeguards that protect both the power supply and the connected devices from potential damage, increasing safety and reliability during operation.

4. Aim TTi Laboratory power supply, adjustable PL303QMD 0 -
The Aim TTi PL303QMD laboratory power supply is a highly advanced, adjustable device designed for professional applications. With an output voltage of up to 30 volts and a maximum output current of 3 amperes, this power supply delivers a power of 180 watts. It is ideal for laboratories and technical applications where precise voltage and current values are required. The device features two outputs, allowing for flexible use. Its robust construction and thoughtful design ensure reliable performance and durability. The PL303QMD is designed for mains operation, making it an excellent choice for stationary environments. Its compact dimensions and well-considered design make it a practical option for professionals who value quality and efficiency.
- Adjustable output voltage from 0 to 30 V
- Maximum output current of 3 A
- Two independent outputs for versatile applications
- Robust construction for professional use.

5. Statron Laboratory power supply unit, adjustable 3252.1 0 - 3
Linear laboratory power supply with separate digital displays for voltage and current. Its robust construction, ease of use, and good regulation make it ideal for laboratories, workshops, and manufacturing.

6. Rohde & Schwarz R&S®NGC102-G Laboratory power supply, adjustable 32 V (max.) 5 A (max.)
The R&S®NGC102-G laboratory power supply from Rohde & Schwarz is a state-of-the-art DC power supply designed for precise applications in laboratory environments. With a maximum output voltage of 32 volts and a maximum output current of 5 amperes, this device delivers up to 100 watts of power. It is ideal for the development, testing, and maintenance of electronic circuits and devices. The laboratory power supply is equipped with multiple connection options, including USB-B and USB-A ports, as well as a GPIB port, allowing for flexible integration into various testing environments. Its compact design and weight of 2.7 kilograms make it easy to use in different laboratory setups. The power supply is powered by the mains, ensuring reliable and consistent performance.
- Maximum output voltage of 32 V and maximum output current of 5 A
- Power of up to 100 W for versatile applications
- Versatile connection options, including USB-B, USB-A, and GPIB
- Compact design with a weight of only 2.7 kg for easy handling.

Rohde & Schwarz R&S®NGC102-G Laboratory power supply, adjustable 32 V (max.) 5 A (max.)
7. Keithley Laboratory power supply, adjustable 2231A-30-3 0
The Model 2231-30-1 offers three output channels for cost-effective characterization of a wide range of components, circuit boards, modules, and devices that require more than just a power supply. Each device provides two analog channels with 30V/3A and one channel with 5V/3A for digital circuits. These multi-channel power supplies offer an excellent combination of performance, versatility, and user-friendliness to extract as much information as possible from characterization and to test as quickly and easily as possible. They operate effectively in automated test systems as well as in manual operation.

8. Gossen Laboratory power supply, adjustable Me
With the new constant voltage sources from the innovative SYSKON series, you have access to high-quality manually and remotely controllable DC power supplies for laboratory and system applications.
Equipped with active power factor correction (PFC), these devices deliver power ranging from 500 to 4500 W at a maximum of 60 V and 180 A with a UIP characteristic curve.
Special switching regulator technology and optimized state controllers provide high dynamics and short adjustment times. The adjustment range for output voltage and current can be limited by setting adjustment boundaries.
The analog interface offers two programmable trigger inputs and three signal outputs, which can be linked to different device functions for signaling or controlling external devices, as well as an auxiliary power output. Additionally, monitor outputs and control inputs for voltage and current setpoints are available. Sense lines enable sensing operation at the load. A strict menu navigation supports the diverse programming functions. With extended sequence memory and functions, the device becomes a freely programmable test signal generator.

9. Voltcraft EL-1400 Elektronische Last 150 V/DC 40 A 400 W
High-precision load simulation for power sources. The Voltcraft EL-1400 DC is suitable for a variety of applications such as testing power supplies, batteries, or chargers. It offers load regulation in Constant Current (CC), Constant Voltage (CV), Constant Resistance (CR), and Constant Power (CP) modes. Additionally, features like dynamic current testing up to 10 kHz and remote compensation are integrated. There is 1 output available, with load values adjustable up to a maximum of 150 V, 40 A, and 400 W.
Safe operation. To ensure safe operation, the Voltcraft EL-1400 DC is protected against overvoltage, overload, overperformance, and overheating. The parallel control supports up to 10 devices and is also suitable for potentially high-power applications.
Convenient evaluation. All data is displayed on a clearly readable 10 cm (3.9 inch) TFT LCD color display. Furthermore, a USB port and an RS232 standard interface for SCPI protocols are available.
Mounting and accessories. For stand-alone operation, the Voltcraft EL-1400 DC is equipped with foldable stand feet. For rack mounting, the power supply requires two height units at half rack width. Along with the device, a power cable, a user manual, and a safety data sheet are included.

10. Rohde & Schwarz Bench Power Supply, 80W, 2 Output
Linear Design Modern electronic circuits are often complex and sensitive to disturbances on the power supply line. The linear configuration of the output stages allows the R&S NGA100 power supplies to operate with minimal residual ripple and noise. Providing an extremely stable output voltage and current is crucial in the development of sensitive components. High Readback Accuracy The R&S NGA100 series power supplies feature excellent programming and readback accuracy to accurately measure and represent the actual power consumption of a device, even at low voltage and current values. These integrated measurements reduce the need for external multimeters and simplify the setup. Integrated Statistics The integrated statistics display the minimum and maximum values for power, voltage, and current. Independent Channels (R&S NGA102 and R&S NGA142) The two channels have completely separate circuits and are not connected to the chassis ground, making it easy to combine channels for bipolar circuits that may require +12 V/-12 V. Both channels are electrically equivalent, with the same voltage, current, and power. The two channels operate as separate power supplies and can be used individually or simultaneously. FlexPower The R&S NGA100 series operates at maximum power across various operating points, covering far more applications than single-range power supplies. All possible voltage and current combinations are represented in the corresponding FlexPower curves.
