Spellman High Voltage Electronics Corporation
Spellman High Voltage Electronics Corporation, the world’s leading manufacturer of custom high voltage power conversion products, invites you to visit our technical and sales staff at Booth #818 at ASMS to discuss our many innovative solutions for Mass Spectrometry and Analytical applications.
Spellman’s mass spectrometry power supplies are specifically designed for the unique demands of analytical and biotechnology instrumentation and havebeenadaptedbymany major OEM system manufacturers. Proprietary inverter topologies using a hybrid of linear and switch-mode power conversion techniques deliver low noise and highly efficient high voltage outputs. Spellman’s output polarity reversing methods allow fast polarity reversing on demand, and our custom designed nanosecond speed high voltage electronic switch technology provides pulsed switching capability for various analytical applications.
Please visit us to learn about how we can help improve the performance of your system with our advanced, cost-effective high voltage technology.
Some examples of our innovative products for Mass Spec and related applications:
- TOF3000:Ultra Low Ripple module offering 30kV Reversible Polarity and 100ppm/hr Stability.
- MX20: ±20kV 100µA Dynode Supply, featuring reversible polarity at <100ms, Voltage and Current Control Modes and 500mVp-p Ripple Performance.
- MX8Plus: ±8kV 100µA, offering 25ms “hot” switchable polarity reversing capability, along with low ripple and high stability.
Spellman High Voltage Electronics is the world's leading provider of high performance, custom and standard DC high voltage power converters and Monoblock® X-Ray sources for medical, industrial, semiconductor, security, analytical, laboratory and under-sea cable power-feed applications. As a global supplier with strategically located design and manufacturing facilities in North America, Europe and Asia, Spellman is committed to providing best-in-class support to OEM customers and end-users throughout the world.