Inasmuch as bridges can occur in the Honeywell system, only if step-downs are assigned, our programs are designed to avoid this feature. While we have never been forced to make such assignments, we recognize the possibility that they could occur, and if they do, especially in large numbers, bridges are possible, but not foreordained. Therefore we have studied methods of detecting and eliminating bridges. These have not been programmed, since we have not found them necessary. However, one method, built about the principle of mapping the chassis, has been flow-charted and can be programmed if needed. A second method, resting on a mathematical analysis of the formulas of lines, can also be shown capable of detecting intersections of wires and, hence, possible bridges. S. STRICKERSummary: Co-ordinate use of d-c analyzers and transductors increases the efficiency of analyzers. By using the symmetrical component technique, phase currents and voltages in the branches of the network under test can be indicated directly. This is done by using a combination of transductors as a summation instrument. Furthermore, it is possible to solve simple stability problems on the d-c analyzer by using the step-by-step method of calculation.By the addition of transductors to d-c network analyzers it is possible to improve their performance and their range of applications. Methods were developed that allow the solving of the following problems on a d-c analyzer.
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