Magnetic material analyzer

A650Magnetic material analyzerPerformance characteristics:

Exterior design: elegant and beautiful, sturdy and durable, multiple safety protection modes

Collimator filter system: collimator+multiple combination filters, software automatic switching, meets various testing applications

Adopting the independently developed SES signal processing system (digital multi-channel), the peak to back ratio is effectively improved, making the measurement more accurate

Multi dimensional heat dissipation system: optimized integrated heat dissipation design to greatly improve the overall heat dissipation performance and ensure the safe operation of the X-ray source

Radiation safety system: multiple anti radiation leakage designs, with a higher radiation protection level compared to similar products

Vacuum system: Choose a vacuum system, optimize the testing environment, improve the analysis accuracy of light elements such as magnesium, aluminum, silicon, phosphorus, and sulfur, and greatly expand the analysis capability of A650 analyzer

Special temperature monitoring technology for the movement ensures the safe and reliable operation of the radiation source, effectively extending its service life and reducing usage costs

A650Magnetic material analyzerHardware advantage

Imported complete set of core components

1. Detector: The complete version of the American silicon drift SDD detector has a resolution as low as 130eV, excellent energy linearity and energy fraction, and high peak to background ratio

2. X-ray tube: maximum power 50W, tube voltage 5-50KV, tube current 0-1000uA; long-life X-ray tube

3. High voltage power supply: maximum power 50 W, voltage 0-50 KV, current 0-1000uA. 8-hour stability ≤ 0.05%

4. Signal processor: Adopting imported signal processors, suitable forShould have high resolution and high count rate, self-adjusting magnification, maximum path number: 4096

Software Advantages

The Chinese version of X-ray fluorescence analysis software integrates various analysis methods such as empirical coefficient method, theoretical coefficient method, linear fitting, quadratic curve, intensity correction, content correction, etc., fully ensuring the accuracy of test data