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In section I , a plate design system is offered which a ll ows rapid a nd accurate determinat ion of mechanical plate parameters to achieve g iven electrical plate characteristics. The design is suitab le for single-bend plates with parallel entrance sections. The design curves were calcul ated under the conve ntional assumptions of small deflection theory, but corrections for t he entrance a nd ex it field s are included. The method of calculatin g the curves and corrections is ind icated in a n appcnd ix. Section II deals with defl ection defocu sing of such plates, a conven ient formu la for calculating t he defocusing distortions of si ngle-bend deflection plates is derived and compared with experiment. This type of distortion is p roportional to the square of the deflection angle and is shown to be sensitive to plate design. In genera l, long deflection plates give lower distort ions whi le the most "economical" p lates yield la rgcr distortions. Post deflection is shown to lead to increased distortions.

journal of research of the national bureau of standards. c, engineering and instrumentation

Electrostatic deflection plates for cathode-ray tubes. I . Design of single-bend deflection plates with parallel entrance sections. II. Deflection defocusing distortion of single-bend deflection plates with parallel entrance sections