Assembly of electronic components testable by a reciprocal quiescent testing technique

Claim 1

An electronic assembly to be tested by a reciprocal quiescence testing technique, said electronic assembly comprising: A. a plurality of electronic components; B. external quiescent control means including one of a selected intensity and wave length light or a magnetic field or air pressure or X-rays or a microwave for putting each of said plurality of electronic components in a quiescent state, said each of said plurality of electronic components including: logic means for receiving first signals from other electronic components of said plurality of electronic components, said logic means including: internal transducer switch means including a photo sensitive switch or a read switch or an air passive sensitive switch or an X-ray sensitive switch or a microwave sensitive switch respectively and responsive to said external quiescent control means in a first state for generating a control signal in a first state and responsive to said external control means in a second state for generating said control signal in a second state; said logic means being responsive to said control signal in said first state and said first signals for generating second signals in a queiscent state, and responsive to said control signal in said second state and said first signal for generating said second signals in a functional state; and C. testing means coupled to said electronic assembly for applying said external quiescent control means in said second state to one of said plurality of electronic components and applying said external quiescent control means in said first state to said other electronic components of said plurality of electronic components of said plurality of said other electronic components being said first signals to said one of said plurality of electronic components, said testing means including test measurement means for testing said one of said plurality of electronic components in isolation by applying logic levels to said first signals of said one of said plurality of electronic components for verifying the logic levels of said second signals.