Spellman’s Introduces New High Performance High Efficiency MPD Series High Voltage Power Supply

October 08, 2019

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 the new high performance high efficiency MPD series of high voltage 10 Watt modules that provide output voltages ranging from 2.5kV to 20kV. Designed with Spellman’s hybrid topology of linear and switch mode power conversion techniques delivering lower noise with higher efficiency, the MPD series produces excellent ripple and stability performance specifications from a compact footprint.

MPD Series The MPD evolved from the highly successful MPS series, implemented by hundreds of customers for a wide variety of applications in industrial precision high voltage modules. Currently the MPS 10W is available in 10 voltage versions from 1kV to 35kV, and offers all around exceptional performance in a small module. But in listening to the voice of the customer, particularly regarding pushing performance boundaries, Spellman designed a replacement for the MP Series, developing a surface mount assembly and reducing the size of the units considerably, and adding a more practical D-Type connector.

The MPD series features a differential amplifier input for the voltage programming signal to improve immunity from external system noise and address any offset issues. A fully featured remote user interface is provided via 15-pin D-type connector as well as RS-232/RS-485 serial interface. The unit can be full analog or full digital control defined by interface connector links. Spellman’s proprietary HV technology coupled with SMT circuitry results in an ultra-compact and lightweight module that is available as either a positive or negative supply that is ideal for OEM applications.

Stability:

MPD Stability after 1 hour warm up
10ppm per hour
25ppm per 8 hours
500ppm per 1000 hours

Typical Applications include Photomultiplier Tubes, Electrostatic Printing, Electron and Ion Beams, Scintillators, Electron Multiplier Detectors, Mass Spectrometry, Microchannel Plate Detectors, Electrostatic Lenses, and Nuclear Instruments.

Detailed Information Available

Detailed technical information and datasheets on these or any of Spellman’s wide range of high voltage products is available by contacting sales@spellmanhv.com or by visiting Spellman’s website: www.spellmanhv.com.

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.

Share this post

Link copied successfully

Browse more news

Explore latest news to stay informed about Spellman's latest updates and announcements.

September 30, 2026

Spellman Introduces MMB 6–9kW Monoblock® X-Ray Source for Advanced Medical Imaging Applications

September 29, 2026

Spellman at ASNT 2026: Advancing NDT Through High-Voltage X-ray Technology

Hauppauge, NY - Spellman High Voltage Electronics Corporation will exhibit at the 2026 Annual ASNT Conference, taking place October 12–15 in Columbus, Ohio.

September 09, 2026

Spellman to Exhibit at ASTRO 2026 Annual Meeting in Boston, MA

Hauppauge, NY - Spellman High Voltage Electronics Corporation, a leading manufacturer of high-voltage X-ray products, will exhibit at the 2026 ASTRO Annual Meeting and Technical Exhibition, taking place September 26–30, 2026, at the Thomas M. Menino Convention & Exhibition Center in Boston, MA.

Subscribe to our high voltage newsletter

Subscribe to our high voltage newsletter, published quarterly with relevant information on high voltage power supply technology and applications.