Abstract
The switching mechanisms in devices such as wall attachment fluid amplifiers, turbulence amplifiers and beam deflection amplifiers have excellent properties, and many investigations have been reported. In turbulent opposed jets, it is found that the impact position can be controlled by turbulence in the jet center. In this paper, the performance of a new fluidic amplifier applied to the above-mentioned phenomenon is described. The new fluidic amplifier consists of an outer pipe, two opposed nozzles, a small nozzle to generate control flows and a separator. The impact position generated by the opposed jets is controlled by the small control flow by way of the small nozzle. The new fluidic amplifier can be driven by small control flow, and as a result, is a useful component in a complex circuit.
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