80V/10000W Programmable
DC Power Supply is a high-precision, high-power power supply device that can output a maximum of 80 volts and 10,000 watts of DC power. Its programmable features allow users to set and adjust voltage and current through software or hardware interfaces to achieve precise control of output. This type of power supply device is usually used in situations where high power, high stability and precise control are required, and is widely used in laboratory testing, industrial automation and electric vehicle fields.
Main functions and features
High-precision output control: Users can set voltage and current output, which is suitable for power supply of precision equipment.
Programming function: Supports multiple programming modes and remote control interfaces such as USB, RS232, GPIB, LAN, etc., which facilitates remote control and monitoring.
Stability and safety: It has multiple protections such as overvoltage, overcurrent, and overheating to ensure the safety of equipment and objects under test.
Data recording and monitoring: Some models can record and monitor data in real time, which is suitable for long-term testing and supports data analysis.
The programming function of the programmable DC power supply allows users to accurately control the output of the power supply according to their needs, set parameters and realize automated testing. These programming functions are usually set through a software interface or physical control panel, supporting multiple programming modes and interface protocols.
Main programming functions
Voltage and current programming: Users can program voltage and current outputs in detail, such as gradually increasing or decreasing voltage, setting current limits, etc., to ensure that the output meets specific needs. This is particularly useful for testing sensitive electronic components and batteries.
Multiple output modes:
Constant voltage (CV) mode: The device maintains a constant output voltage, and the current is automatically adjusted according to the load.
Constant current (CC) mode: The device maintains a constant output current, and the voltage is automatically adjusted according to the load.
Constant power (CP) mode: Keep the power constant and dynamically adjust the voltage and current, suitable for tests with high power stability requirements.
Programming sequence mode: Users can program the power supply to run at different voltages and currents in a specific order. For example, multi-step voltage and current changes can be set to simulate complex conditions in actual applications, which is often used in automated testing and equipment durability verification.
Remote control interface: supports multiple communication protocols, including USB, RS232, RS485, GPIB, LAN, etc., which is convenient for connecting to external devices such as computers, PLCs, experimental equipment, etc. to achieve remote control. Users can monitor and adjust output parameters through computer software, and even perform automated test tasks.
Automatic data recording and feedback: Real-time monitoring and data recording are achieved through software programming, saving the voltage, current value and output status of each step. This is particularly useful for long-term testing or scenarios where device performance needs to be tracked.
Protection function programming: Users can program protection parameters, such as overvoltage, overcurrent, and overheating protection thresholds, to ensure that the device and the object under test operate within a safe range.
Timing function: allows the power supply to be set to automatically start or shut down at a specific time, suitable for experiments and tests that require precise time control.
Application examples
Electronic component testing: Different voltage and current values can be programmed to test the limit parameters of the component.
Battery charge and discharge simulation: Set multi-step voltage and current curves to simulate the working conditions of the battery under different charge and discharge conditions.
Automated test system: In the mass production test of the product, it is connected to the computer through a remote interface to automatically perform batch testing and improve efficiency.
The 80V/10000W programmable DC power supply has become a key tool in the power and electronics industry due to its high power and accuracy, which can significantly improve the efficiency and accuracy of the testing and R&D process.
