A programmable high-precision DC power supplyis a device capable of providing stable DC voltage and current output. Compared to traditional DC power supplies, programmable high-precision DC power supplies offer more precise stability and control capabilities. The functions and advantages of programmable high-precision DC power supplies will be detailed below.
Advantages of Programmable High-Precision DC Power Supplies
1. High-Precision Stable Output
Programmable high-precision DC power supplies possess extremely high output accuracy and stability, achieving micro- and millivolt-level output precision, and maintaining stable output capability over extended periods of operation. This high-precision stable output is particularly important for precision scientific research, laboratory testing, and production inspection.
2. Wide Adjustable Range
Programmable high-precision DC power supplies can be adjusted and selected over a wide voltage and current range to meet the power requirements of different devices. This wide adjustable range characteristic gives programmable high-precision DC power supplies greater flexibility and adaptability, enabling them to meet the needs of different fields and applications.
3. High Efficiency
Programmable high-precision DC power supplies utilize advanced power conversion technology, maintaining high efficiency under both high and low load conditions. Compared to traditional DC power supplies, programmable high-precision DC power supplies can utilize input energy more effectively and reduce energy waste while maintaining the same output power.
4. Multiple Protection Functions
Programmable high-precision DC power supplies possess multiple protection functions to protect the power supply and the powered equipment. For example, overvoltage protection, overcurrent protection, overtemperature protection, and short-circuit protection effectively prevent damage to equipment from unpredictable factors and improve equipment reliability.
5. Programmable Control
Programmable high-precision DC power supplies can be remotely controlled and programmed via external interfaces (such as RS232, RS485, GPIB, etc.), analog signals, or digital signals. This programmable control feature allows users to precisely and automatically control and adjust the power supply according to specific needs, improving work efficiency and accuracy.
Functions of Programmable High-Precision DC Power Supplies
1. Automatic Integration
The front and rear lights have output terminals, sampling terminals, and test terminals. The standard housing size is 1/2" and it has complete communication interfaces, supporting SCPI and Modbus communication protocols, allowing for easy integration into automation systems.
2. Remote Compensation Function
If the instrument's output current is high and the resistance of the thin wire is high, the voltage distribution from the instrument's output to the target line will be large, resulting in the actual voltage at the terminals of the tested component being lower than the instrument's output voltage. To ensure that the voltage on the tested component is the actual set output voltage, the remote sensing function compensates for the voltage drop on the test line.
3. User-Friendly Design
It adopts a 4.3-inch high-definition screen, displaying all settings and output options simultaneously. The adjustment area on the left side of the screen has quick control buttons for voltage, current, and time, making it convenient for users. Numeric keys and a numeric keypad allow for quick and accurate input of setting parameters, avoiding the inefficiencies and inaccuracies associated with potentiometer settings.
4. High Editing Capability
The instrument can store 100 sets of data, each set remembering voltage, current values, running time, and steps. If necessary, it can be directly retrieved from the call-back list. The device also has the function of quickly recalling 100 trigger files, each containing 100 trigger steps.
In summary, the programmable high-precision DC power supply has advantages such as high-precision stable output, wide adjustable range, high-efficiency operation, multiple protection functions, and programmable control. Powerful functionality. Compared to traditional DC power supplies, programmable high-precision DC power supplies offer more precise stability and control capabilities.
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