Abstract
A sampling oscilloscope has been used to display beam pulses of the Berkeley 88-inch cyclotron. The beam impinges on a water-cooled copper target that is partially enclosed in a water-cooled r.f. shield. An hydraulic cylinder drives the probe radially. Satisfactory signals relative to the noise were achieved with an average beam current of 1 μA. The phase of the beam with respect to the dee r.f. can be resolved to better than 5 deg. Plans for further development of the probe are discussed.
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