High‐Current Ion Injector

High Intensity Heavy Ion Injector T-5010

The newly developed 10 mA, 50 keV heavy ion injector T-5010 is intended for use in isotope separators, ion implanters as well as autonomously for researches in the physics and technology of ion sources. It is complete with power supply, control, vacuum and cooling system. The injector layout is shown in Figure 1. The Freeman type ion source with four-electrode accel/decel system is set on the v...

An Injector for a Multi Ion Beam Driver Linac

An advanced facility for the production of exotic shortlived isotopes far from stability (RIA) could use as the driver a high power cw superconducting linac [1]. Due to the wide range of particle velocities ( =0:019-0:81), different cavity types are required. This paper describes a possible design for the injector portion (up to =0:1) of the driver linac. The proposed injector design consists o...

Buried Injector Logic, a Vertical Iil Using Deep Ion Implantation

A vertically integrated alternative for integrated injection logic has been realized, named buried injector logic (BIL). 1 MeV ion implantations are used to create buried layers. The vertical pnp and npn transistors have thin base regions and exhibit a limited charge accumulation if a gate is saturated. d.c. and dynamic analysis of BIL-gate behaviour are given. A minimum gate delay of well belo...

Beam Dynamics Studies for a High Current Ion Injector *

Recent ion source developments resulted in the generation of high brilliance, high current beams of protons and light ions. After extraction and transport the beams with large internal space charge forces have to be captured, bunched and preaccelerated for the injection into the following driver part of a new generation of high intensity beam facilities for neutron sources, energy production, t...

MonPS09 Heavy ion injector based on ECR ion source for RISP linac