Programmable AC power supply can simulate all kinds of power phenomena and is used to measure and analyze electric characteristics.

Programmable AC power supplies are advanced power devices with numerous advantages. Here is an introduction to the benefits of programmable AC power supplies:

Flexibility: Programmable AC power supplies can be programmed to output different voltages and currents according to specific user needs, allowing them to adapt to various application scenarios. For example, during product testing, different products may require different power parameters; programmable AC power supplies can easily meet these requirements, improving testing efficiency.

High Precision and Stability: Traditional power supply equipment often has certain errors in output voltage and current, while programmable AC power supplies can provide more stable and precise output through accurate power regulation and feedback control technology. This is especially important for applications that have very strict power requirements, such as medical equipment and precision instruments.

Good Load Adaptability: In practical applications, many devices have high requirements for power load. If the power supply cannot provide stable load voltage and current, it will affect the performance or even damage the device. Programmable AC power supplies can adaptively adjust according to load characteristics, ensuring that the power supply can stably provide adaptive loads.

Low Energy Consumption and High Efficiency: Programmable AC power supplies adopt advanced power conversion technology, which can convert input electrical energy into stable output electrical energy while reducing energy consumption. Compared with traditional linear power supplies, programmable AC power supplies can better utilize electrical resources and reduce energy waste.

High Safety: Programmable AC power supplies have multiple protection mechanisms, which can automatically detect abnormal loads, overcurrents, overvoltages, etc., and automatically cut off the power output to ensure the safety of equipment and users.

Intelligence: With the continuous development of digital technology, future programmable AC power supplies will be more digitalized, improving computational accuracy and programmability. Some new generation programmable AC power supplies already have artificial intelligence capabilities, and future programmable AC power supplies should become more intelligent to meet the needs of automated production.

Remote Monitoring and Operation: Programmable AC power supplies support remote control and monitoring, allowing for remote operation and data collection via computer or network. This greatly improves work efficiency and convenience, enabling users to perform various operations without directly contacting the power supply.

Programmable AC power supplies offer a range of advantages including flexibility, high precision and stability, good load adaptability, low energy consumption and high efficiency, high safety, intelligence, and remote monitoring and operation. These advantages make programmable AC power supplies widely used in many fields and provide more reliable power support for the development of various industries.

Output Voltage:

• The variable range is 1-150V/1-300V with a resolution of 0.1V, and the frequency range is 15-2kHz. It can be programmed for settings suitable for general commercial use (47-63Hz), as well as for aviation or military applications (400Hz), and maritime power usage (250Hz).

Input Characteristics:

• The AC output is 190V-254V, with a frequency range of 47-63Hz. Through active filtering and power factor correction (PFC), the power factor reaches above 0.98, and input current and high-order harmonics can be reduced to achieve energy-saving effects.

Measurement Functions:

• It can measure the output voltage, current, power, peak current, frequency, crest factor, power factor, inrush current, apparent power (VA), etc.

Protection Functions:

• The following protection functions are available:
• Over-temperature protection
• Overcurrent protection
• Overpower protection
• Fan failure protection
• Short circuit protection
• Feedback open circuit protection
• Power failure protection

TPA-200 Series Programmable AC Power Supply Specifications: