Spellman Introduces the DXB320 High Voltage Power Supply, Latest in the Powerhouse DXB Series
320kV Bipolar Output in a Single Compact, Lightweight Unit That Can Be Integrated Into Sub-Systems
Spellman High Voltage Electronics Corp, the world’s leading high voltage power supply, X-Ray generator and Monoblock® X-Ray source manufacturer, announces the introduction of their new DXB320 designed for OEM applications that include Cargo Screening, Industrial NDT, X-Ray Sorting, Plastics Sorting, Crystal Inspection, Diamond and other Gemstone Inspection, Food Inspection, Mineral Analysis, Thickness/Plating Measurement, X-Ray Fluorescence, and X-Ray Diffraction.
Spellman’s new DXB series of bipolar, compact, lightweight X-Ray generator modules are designed for OEM applications up to 320kV at 1200 watts. The DXB320’s universal input, small package size and choice of three standard digital interfaces simplify integrating the DXM into any X-Ray analysis system. Power factor corrected, the DSP based emission control circuitry provides excellent regulation of emission current, along with outstanding stability performance. This model is available with XRV Digital Interface and I/O making it ideal for integration into sub-systems.
Detailed technical information and datasheets on these or any of Spellman’s wide range of high voltage products is available by contacting email@example.com or by visiting Spellman’s website: www.spellmanhv.com
About Spellman High Voltage Electronics Corporation
Spellman High Voltage Electronics is the world's leading provider of custom designed and standard AC-DC and DC-DC high voltage power converters and Monoblock® X-Ray sources for medical, industrial, semiconductor, security, analytical, laboratory, and under-sea cable power-feed applications. With design, manufacturing and service facilities in the US, UK, Mexico, China and Japan, and direct sales offices throughout Europe, Asia and North America, Spellman is committed to supporting advanced system providers and their customers throughout the world.