Shop our high precision bench top power supply for accurate output, with easy programming through host computer software control.
Benefits of A DC Bench Power Supply Programmable
Programmable bench top power supplies enable remote control of output voltage through an analog signal, adjustable via a keypad or rotary switch on the front panel. They can also connect through RS232, USB, or other interfaces, typically using Standard Commands for Programmable Instruments (SCPI), though some may use proprietary programming languages.
Essential Maintenance Tips For High Precision Bench Power Supplies
Precise Control: Programmable bench power supplies offer precise voltage and current control, which is essential for testing and powering electronic components to ensure operation within set parameters.
Flexibility: Users can effortlessly adjust voltage and current settings to meet the needs of various devices or experiments. This adaptability is crucial in research and development, where a range of testing scenarios is often required.
Automation: Numerous bench programmable DC power supplies offer automation capabilities via digital interfaces and software control. This feature enhances testing efficiency and minimizes the likelihood of human error.
Remote Operation: Interfaces like USB or RS-232 enable users to control the programmable power supply remotely, ideal for limited-access setups or remote monitoring and management.
Time and Cost Savings: By automating tests and experiments, DC programmable power supplies greatly reduce time and labor expenses, minimizing the need for manual intervention and oversight.
What Are The Applications Of Bench Programmable DC Power Supplies
Laboratory
In lab settings, programmable lab bench power supplies are used for testing electronic components, circuit prototyping, and scientific experiments. They are also ideal for practical learning in educational environments.
Test and Measurement
The programmable test bench power supply plays a vital role in accurate testing of electronic devices, environmental evaluations, and instrument calibration, ensuring product quality, safety, and reliability.
Research and Development
In the R&D phase, emerging technologies and novel concepts are rigorously tested under controlled conditions, where precise power supply management is essential for reliable data collection.
Manufacturing
Bench DC programmable power supplies support quality control process by enabling automated testing, final inspections, and debugging, helping ensure products meet performance standards before reaching consumers.
How To Pick A Programmable Bench Power Supply Unit For Your Need
Bench programmable DC power supplies are essential for testing, diagnosing, and protecting electrical devices due to their diverse applications. To ensure effective performance, it is crucial to assess key factors when selecting an appropriate programmable power supply.
Voltage and Current Range
Selecting a programmable bench test power supply begins by evaluating the voltage and current needs of your application. The output specifications should match the required testing or power demands.
Output Stability
Output stability refers to a programmable benchtop DC power supply’s ability to keep voltage and current levels consistent, even as load conditions fluctuate over time. For applications that demand precise, stable power, choosing a power supply with strong stability is crucial.
Output Enable and Disable
This feature is optional but is usually recommended, as it allows users to switch outputs on or off without interrupting the load supply. It helps in setting up different tests without the need to worry about their effects on the load.
Cooling System
Proper temperature control is essential for ensuring the reliability and safety of a programmable power supply. It is strongly advised to select a power supply that features a built-in, high-performance cooling system.
Hot Sale Programmable Bench DC Power Supply From ETOMMENS
If you’re considering purchasing a programmable bench power supply but aren’t sure where to start, we can recommend several popular models.
ETM-2050U, 3U Programmable DC Bench Power Supply
The ETM-2050U is a programmable bench top power supply designed for easy integration with its rack-mounted frame. It features an independent output switch for one-touch control, ensuring safety and convenience. Standard communication ports include RS232, RS485, and USB, supporting the MODBUS RTU protocol. With a low ripple output, it guarantees stable performance during testing.
ETM-1501DP, Programmable Linear Benchtop Power Supply
The ETM-1501DP is a programmable linear DC power supply featuring a LIST mode and timer function, allowing the configuration of six sets of custom voltage and current outputs with adjustable intervals for true online programming. It includes an intelligent temperature-controlled fan for low noise and offers powerful protection with five safety features: over-voltage, over-current, over-power, over-temperature, and short-circuit protection.
ETM-L605SPV, Programmable VFD Display Power Supply
The ETM-L605SPV is a programmable VFD power supply featuring a five-digit display for high precision and resolution. It comes standard with an RS232 interface, supporting both SCPI and MODBUS programming command sets. With the ability to store and recall 100 sets of voltage and current data, it facilitates automated testing with timed execution.
Overall, these three programmable bench power supplies are reliable devices widely utilized across various industries, including product aging maintenance, battery charging, experimental testing, and production testing. Their advanced features and robust safety mechanisms make them suitable for a range of applications, ensuring consistent performance and user safety.
