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X-Ray Sources and Systems
X-ray sources designed to provide accurate, consistent results for a variety of applications including high-resolution imaging and automated X-ray inspection on high-throughput production lines. Various spot sizes and beam configurations are available.
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Target Material: Tungsten. Input Power: 24 -26 VDC, 6A max.
Power Consumption: 4 amps. Description: PXS5-928 Microfocus X-Ray Source. Diameter (English) Window: Approximately 78 in. Diameter (Metric) Window: Approximately 20 mm.
Power Consumption: 4 amps. Description: MicroFocus X-Ray Source 90kV. Diameter (English) Window: 0.46 in. Diameter (Metric) Window: 11.7 mm
Power Consumption: 5 amps. Description: X-ray source portable side window 130kV. Diameter (English) Window: 1.44 in. Diameter (Metric) Window: 37 mm.
Cone of Illumination: 34° (Standard Beam); 60° (Wide Beam). Window Material: Beryllium. Power Consumption: 4 amps. Description: MicroFocus X-Ray Source 80kV.
Power Consumption: 4 amps. Description: 90kV MicroFocus X-Ray Source. Diameter (English) Window: 46 in. Diameter (Metric) Window: Approximately 11.7 mm
Power Consumption: 3 amps. Description: DXS11 High Resolution Mini-focus X-Ray Source. Diameter (English) Window: Approximately 0.45 in. with frame Diameter (Metric) Window: Approximately 11.4 mm with frame
Operating Voltage Range: 20 -75 kV. Target Material: Tungsten. Weight (Metric): 4.0 kg Input Power: 28 - 30 VDC, 3A max.
Target Material: Tungsten. Weight (Metric): 3.6 kg
Description: X-ray source 60kV. Diameter (English) Window: 0.37 in. Diameter (Metric) Window: 9.4 mm Max. Beam Current: 1mA.
Target Material: Tungsten. Weight (Metric): 5.7 kg Input Power: 24 VDC ± 3VDC, 4A max. Method of Cooling: Internal fan is sufficient for ambient temperature up to 32 °C. Adequate air circulation around unit must be provided.
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X-ray sources are essential in many testing, imaging, and inspecting applications, offering the short wavelengths and high energies needed to penetrate items ranging from bones to batteries. X-ray sources are price competitive relative to alternative technologies and unlike radioisotopes can be...
In XPS instruments, X-rays are generated by bombarding a metallic anode with high-energy electrons. The energy of the emitted X-rays depends on the anode material and beam intensity depends on the electron current striking the anode and its energy.
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Product List for X-Ray Sources
Brochure: X-Ray Source Product Family