针对某型直列式引信高压变换过程中产生的传导与辐射干扰耦合至升压反馈控制

针对某型直列式引信高压变换过程中产生的传导与辐射干扰耦合至升压反馈控制以及触发电路，造成升压反馈控制、保险状态反馈以及触发控制等工作状态不稳的问题，对干扰传导耦合的影响因素进行分析和验证，提出相关的滤波和降噪设计措施，提高电子安全与保险控制电路升压控制、反馈以及触发等电路工作状态的稳定性及可靠性。研究成果对同类产品具有重要参考价值。

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结果 (英语) 1: [复制]

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Aiming at the conduction and radiation interference generated during the high-voltage conversion process of a certain type of in-line fuze coupling to the boost feedback control and trigger circuit, resulting in unstable working conditions such as boost feedback control, insurance status feedback and trigger control, and conduction coupling to interference Analyze and verify the influencing factors, and propose relevant filtering and noise reduction design measures to improve the stability and reliability of the electronic safety and insurance control circuit boost control, feedback, and triggering circuits. The research results have important reference value for similar products.

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结果 (英语) 2:[复制]

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In view of the in-line in-line fuze high-voltage transformation process of conduction and radiation interference generated by the conduction and radiation interference coupling to the boost feedback control and trigger circuit, resulting in the rise feedback control, insurance status feedback and trigger control and other work state instability, the interference conduction coupling of the influence factors analysis and verification, the relevant filtering and noise reduction design measures, improve the electronic safety and insurance control circuit boost control, feedback and trigger circuit working state stability and reliability. The research results have important reference value to similar products.

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结果 (英语) 3:[复制]

复制成功！

Aiming at the problem that the conduction and radiation interference produced in the high-voltage transformation process of a type of in-line fuze is coupled to the boost feedback control and trigger circuit, resulting in the unstable working state of boost feedback control, insurance state feedback and trigger control, the influencing factors of interference conduction coupling are analyzed and verified, and relevant filtering and noise reduction design measures are proposed to improve the electronic safety and safety The stability and reliability of boost control, feedback and trigger circuits of insurance control circuit are discussed. The research results have important reference value for similar products.<br>

正在翻译中..

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