Accel Power Supplies Ltd designs and manufactures HIGH VOLTAGE POWER SYSTEMS that play a crucial role in scientific and analytical applications. Specialising in power solutions accurately built to customer specification, we aim at all times to meet the most stringent criteria for performance and reliability.
With outstanding expertise in the scientific and analytical equipment field, Accel designs and manufactures high stability (better than 10ppm if required), high voltage power supply systems. Our solutions are designed to meet customer specifications in full, to operate at maximum efficiency and to accommodate any specification upgrades with relative ease.
The engineering team at Accel Power Supplies has over fourteen years specialist experience in producing Electron and Ion Beam power supplies as well as considerable previous experience in other relevant areas. We are constantly building on our reputation for design innovation and for excellent performance in relation to size and cost ratios.
We are also involved with designing and manufacturing high voltage power supplies for
Designed and manufactured to customer specification, Accel's multi-output high voltage power supplies are dedicated electron and ion beam supply systems and have full computer interfaces for complete integration into the customer's system.
Accel's solutions include Schottky field emission electron and ion beam power supply systems for scanning electron microscopes, E-beam, lithography and milling machines. Under full computer control, these systems are specified for up to 100kV, down to 1ppm ripple and include outputs for electrostatic lenses and optional outputs to drive secondary electron and/or channeltron applications.
Enclosures are generally 19" rack mounting, but we can also produce specialised packaging for specific customer requirements.
Accel has a range of other systems to meet a variety of specialist power supply applications, including:
Control options on all power supplies are designed to suit customer requirements and include: