(1) Simplify the design of the plan.

When designing the scheme, while ensuring that the equipment meets technical and performance indicators, the design should be simplified as much as possible, simplifying the circuit and structural design, so that each component becomes the simplest design. The popular modular design method in the world today is an effective measure to improve equipment reliability. The block function is relatively single, and the system is composed of modules, which can reduce the complexity of the design and standardize it. A large number of facts both domestically and internationally have proven this point, and product design should adopt modular design methods.

(2) Using modules and standard components.

Modules and standard components have been proven to be highly reliable products through extensive testing and widespread use, which can fully eliminate equipment defects and hidden dangers, and also bring convenience for replacement and repair after problems occur. The use of modules and standardized products can not only effectively improve the reliability of equipment, but also greatly shorten the development cycle, providing extremely favorable conditions for rapid equipment modification and assembly.

(3) Improve integration.

Select various large-scale and ultra large scale integrated circuits with strong functionality and high integration, and minimize the number of components as much as possible. The fewer components there are, the fewer hidden dangers there are. In this way, not only can the reliability of the equipment be improved, but also. Can shorten the research and development cycle.