Ideal for superconducting magnet testing-FaithTech FTG ultra-high current programmable DC power supply

Superconducting magnets are based on superconducting materials and generate high-strength and stable magnetic fields. They are characterized by high magnetic field density and long-lasting magnetic field. With the development of superconducting technology, superconducting magnets have been widely used in medical treatment (such as MRI to improve medical diagnosis), scientific research (particle accelerators, nuclear fusion reactors), and industry (to improve metal smelting) with the advantages of high field strength, miniaturization, and energy saving. efficiency) and transportation (train suspension propulsion) and other fields.

Superconducting magnet testing has strict requirements on programmable DC power supplies:

1. High precision and stability: The performance of superconducting magnets is directly affected by current and voltage, and any smallfluctuations may lead to deviations in test results. Therefore, the test power supply must have extremely high precision and stability to ensure the accuracy of the test data.
2. Large current output capability: Superconducting magnets require the support of large current when generating high-intensity magnetic fields. The test power supply must be able to stably output large current to meet the needs of superconducting magnets under different test conditions.
3. Fast response and dynamic performance: During the test process, the current or voltage may need to be quickly adjusted to simulate actual workingscenarios or conduct specific tests. The test power supply needs to have good dynamic performance and be able to respond quickly and stably output the required current or voltage.
4. Programmability and flexibility: The testing of superconducting magnets often involves multiple parameters and complex testing processes. The test power supply needs to be programmable so that users can customize test sequences and parameters, improving test efficiency and flexibility.

How does Faith Power Supply meet the testing needs of superconducting magnets?

1. High precision and stability guarantee: Feisi FTG high-current programmable DC power supply adopts advanced control algorithm and hardware design. Its voltage and current            accuracy can be stably controlled at 0.05%F.S. and 0.1%F.S. respectively, and the current programming resolution can be achieved 18Bits, ensuring the accuracy and reliability of test data.
2. High current output capability: Faith FTG high current programmable DC power supply has strong current output capability. The maximum current of a single machine can reach 20000A and the maximum power of 600kW, which fully meets the high current requirements of superconducting magnet testing. Even under long-term high-load operation, stable output performance can be maintained.
3. Fast response and dynamic performance: Feisi power supply has excellent dynamic performance and can respond quickly and stably output the required current or voltage in a short time. This fast response capability makes the testing process more efficient and accurate, helping to capture the performance of superconducting magnets under transient conditions.
4. Programmability and flexibility: Faith FTG high-current programmable DC power supply supports a variety of remote communication interfaces and protocols, such as LAN, RS232, RS485, GPIB, CAN, etc., and is compatible with SCPI protocol and ModBus-RTU protocol. Users can set the output parameters of the power supply through programming, such as current size, waveform, timing, etc., to adapt to different testscenarios and needs. This programmability and flexibility makes FaithPower ideal for testing superconducting magnets.

With its advantages of high precision, stability, high current output capability, fast response and programmability, Feisi Power Supply meets the stringent power supply requirements for superconducting magnet testing. On the road to promoting the development of superconducting magnet technology, Faith Power will continue to play an important role in providing reliable power support for scientific research and industrial applications.

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