PV76L14-12PX

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PV76L14-12PX is a very versatile and powerful tool for various applications. The product is a variable-induced, variable-amplitude AC (VVAC) output linear electronic load/simulator that is ideal for testing DC power supplies, batteries and generators. It offers adjustable variables such as frequency, current, and voltage that make it a very efficient analytical tool for research and laboratory development.

The PV76L14-12PX application field and working principle ensure the ability to provide fast transients for shock testing, power cycling, and dynamic response testing, and the capability to accurately and precisely simulate a wide range of AC operating conditions. This product has a built-in digital keypad for easy setting and programming, and a mode selection. The PV76L14-12PX has adjustable frequency, current and voltage ranges.

The primary application of the PV76L14-12PX is inside the laboratory as a powerful and precise load simulator. It is used mainly to test different types of equipment such as DC power supplies, batteries and generators. Since it allows for easy variable adjustment, the product is also a great analytical tool for research and development. Furthermore, it can be used in shock testing, power cycling and dynamic response testing, allowing for flexibility and accuracy when measuring the performance of a device.

The working principle of the PV76L14-12PX is based on the conversion of electric energy from one form to another. This load simulator generates VVAC signals while controlling the voltage, current and frequency. The product is able to provide fast transients and accurately and precisely simulate a wide variety of AC operating conditions. The programmable options make it possible to precisely tune the load simulator to fit any testing environment.

In conclusion, the PV76L14-12PX is a versatile and powerful tool for various applications. It has adjustable variables such as frequency, current, and voltage that make it a very efficient analytical tool for research and laboratory development. Furthermore, the working principle ensures the ability to provide fast transients for shock testing, power cycling, and dynamic response testing, as well as the capability to accurately and precisely simulate a wide range of AC operating conditions.

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