Method of designing an equalizer and like electronic components

A method of structuring an electronic equalizer component which eliminates tuning and alignment requirements during its manufacture, said method-comprising:

• a) processing a signal through a base circuit,
• b) visually monitoring predetermined characteristics of the processed signal,
• c) sequentially applying a plurality of circuit modifications which approximate stability of the predetermined signal characteristics,
• d) balancing each circuit modification concurrently to its application to the base circuit,
• e) applying a transient influence to the equalizer component to determine any remaining variance of the predetermined signal characteristic needed to be overcome to accomplish signal stabilization, and
• f) finalizing signal stabilization.

A method of designing an electronic component which eliminates tuning and alignment procedures during its manufacture, said method comprising:

• a) processing a signal through a base circuit,
• b) monitoring predetermined characteristics of the processed signal,
• c) applying a plurality of circuit modifications approximating stability of the predetermined signal characteristics,
• d) determining final variance requirements to accomplish stabilization of the predetermined signal characteristics,
• e) defining at least some of the plurality of circuit modifications to include a plurality of circuit components each of which affect a different one of the predetermined signal characteristics,
• f) determining the final variance requirements needed to stabilize the predetermined signal characteristics by applying a transient influence determinative of additional circuit modifications required to overcome remaining signal characteristics and accomplish signal stabilization, and
• g) finalizing signal stabilization.