The fault diagnosis problem of active network is studied in this paper with the emphasis upon its solvability and diagnosability.

摘要本文研究有源网络的故障诊断问题，著重研究其解性与诊断性。

The diagnosis principle and diagnosability conditions are proposed, and the normal tolerance network test nede voltage interval are given by interval iterative algorithm.

该方法容差情况诊断的原诊断性条件，并利用区间迭代算法，容差网络无故障情况的测试节点电压范围。

The fault diagnosis problem of active network is studied in this paper with the emphasis upon its solvability and diagnosability.

摘要本文研究有源网络的故障诊断问题，著重研究其可解性与可诊断性。

The diagnosis principle and diagnosability conditions are proposed, and the normal tolerance network test nede voltage interval are given by interval iterative algorithm.

该方法给差情况诊断的可诊断性条件，并利用区间迭代算法，给差网络无故障情况的测试节点电压范围。

The fault diagnosis problem of active network is studied in this paper with the emphasis upon its solvability and diagnosability.

摘要本文研有源网络的故障诊断问题，著重研解性与诊断性。

The diagnosis principle and diagnosability conditions are proposed, and the normal tolerance network test nede voltage interval are given by interval iterative algorithm.

该方法给出了容差情况诊断的原理和诊断性条件，并利用区间法，给出了容差网络无故障情况的测试节点电压范围。

The fault diagnosis problem of active network is studied in this paper with the emphasis upon its solvability and diagnosability.

摘要本文研究有源网络的故障诊问题，著重研究其可解与可诊。

The diagnosis principle and diagnosability conditions are proposed, and the normal tolerance network test nede voltage interval are given by interval iterative algorithm.

法给出了容差情况诊的原理和可诊件，并利用区间迭代算法，给出了容差网络无故障情况的测试节点电压范围。

The fault diagnosis problem of active network is studied in this paper with the emphasis upon its solvability and diagnosability.

摘要本文研究有的故诊断问题，著重研究其可解性与可诊断性。

The diagnosis principle and diagnosability conditions are proposed, and the normal tolerance network test nede voltage interval are given by interval iterative algorithm.

该方法给出了容差诊断的原理和可诊断性条件，并利用区间迭代算法，给出了容差无故的测试节点电压范围。

The fault diagnosis problem of active network is studied in this paper with the emphasis upon its solvability and diagnosability.

摘研究有源网络的故障诊断问题，著重研究其可解性与可诊断性。

The diagnosis principle and diagnosability conditions are proposed, and the normal tolerance network test nede voltage interval are given by interval iterative algorithm.

该方法给出了容差情况诊断的原理和可诊断性条件，并利用区间迭代算法，给出了容差网络无故障情况的测电压范围。

The fault diagnosis problem of active network is studied in this paper with the emphasis upon its solvability and diagnosability.

摘要究有源网络的故障诊断问题，著重究其可解性与可诊断性。

The diagnosis principle and diagnosability conditions are proposed, and the normal tolerance network test nede voltage interval are given by interval iterative algorithm.

该方法给出了容差情况诊断的原理和可诊断性条件，并利用区间迭代算法，给出了容差网络无故障情况的点电压范围。

The fault diagnosis problem of active network is studied in this paper with the emphasis upon its solvability and diagnosability.

摘要本文研究有源网络的故障诊断问题，著重研究其可可诊断。

The diagnosis principle and diagnosability conditions are proposed, and the normal tolerance network test nede voltage interval are given by interval iterative algorithm.

该方法给出了容差情况诊断的原理和可诊断条件，并利迭代算法，给出了容差网络无故障情况的测试节点电压范围。

The fault diagnosis problem of active network is studied in this paper with the emphasis upon its solvability and diagnosability.

摘要本文研究有源网络的故障诊问题，著重研究其可解与可诊。

The diagnosis principle and diagnosability conditions are proposed, and the normal tolerance network test nede voltage interval are given by interval iterative algorithm.

法给出了容差情况诊的原理和可诊件，并利用区间迭代算法，给出了容差网络无故障情况的测试节点电压范围。