(一)仪器设备产生静电危害的原因静电是构成仪器故障的原因之一,这已是众所周知的事实。但是,目前关于其因果关系的解释尚不十分清楚。对仪器施行防静电措施,主要是通过两条途径来进行:①设计难以引起误动作以及元件难以击穿的逻辑回路,同时在机器的组装上加以必要的考虑。②从运用的方面。将仪器设置于难于发生静电的场所或者难于受到静电影响的场所。 (A) of the equipment produced static electricity hazards Static electricity is one of the reasons constituting the instrument failure, it is well-known fact. However, the current explanation of its causal relationship is not yet clear. Anti-static measures to implement the instrument, mainly through two ways: ① design is difficult to cause misoperation and difficult to breakdown components of the logic circuit, while the machine assembly to be considered as necessary. ② from the use of aspects. Place the instrument in a place that is hard to generate static electricity or a place that is hard to be affected by static electricity.