Circuit optimization method, electronic equipment and storage medium

Abstract

The invention provides a circuit optimization method, electronic equipment, a storage medium and a circuit optimization method. The circuit optimization method comprises the steps of obtaining a theoretical parameter value, a nominal parameter value and an actual parameter value of each element in a circuit; obtaining a theoretical time domain response corresponding to the circuit when each element selects a theoretical parameter value; obtaining a nominal time domain response corresponding to the circuit when at least part of the elements select the nominal parameter values and the other elements select the theoretical parameter values, and obtaining an actual time domain response corresponding to the circuit when at least part of the elements select the actual parameter values and the other elements select the theoretical parameter values; determining a nominal error and an actual error based on the theoretical time domain response, the nominal time domain response and the actual time domain response; and based on the nominal error and the actual error, determining an adjustment mode of an element in the circuit. According to the circuit optimization method provided by the embodiment of the invention, the element having large influence on the circuit error can be accurately found, the consistency of the circuit effect and the theoretical design is ensured, and the element cost is reduced.

Description

technical field [0001] The invention relates to the field of circuit production, and more specifically, to a circuit optimization method, electronic equipment and storage media. Background technique [0002] When building an actual circuit, in the prior art, the topology of the circuit is designed first, and then the theoretical parameter values ​​of each element (circuit element) in the circuit are designed according to the usage requirements. However, when building an actual circuit, it cannot directly be exactly the same as the theoretically calculated circuit, and there are two errors: (1) Nominal error, which refers to the error between the theoretical parameter value and the nominal parameter value , where the theoretical parameter value refers to the calculated component (resistance, capacitance and inductance, etc.) μf, and the closest capacitor used in practice according to the standard specification, that is, the nominal parameter value is 10μf, then the error bet...

AI Technical Summary

Problems solved by technology

However, since errors in the same frequency band are usually caused by multiple component errors, it is difficult to determine which component errors are acting together and the degree of influence only by checking a single component error

Secondly, for the actual error, all components use high-precision components, which can greatly reduce the impact of the actual error, but will increase the hardware cost, especially when the circuit is mass-produced, it will greatly increase the hardware cost

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