Electric signal transmission device employing a ferromagnetic amorphous ribbon

Claim 2

An electric signal transmission and conversion system comprising: a ferromagnetic amorphous ribbon which has been treated to substantially increase the electromechanical coupling coefficient thereof for forming an acoustic signal transmission medium; a device for applying an external force provided in association with said ferromagnetic amorphous ribbon for controlling the acoustic signal propagation time of said ferromagnetic amorphous ribbon; input means for said ferromagnetic amorphous ribbon including an electric circuit for producing an input signal; output means for said ferromagnetic amorphous ribbon including an electronic circuit for processing an output electric signal according to a particular purpose; said device for applying the external force including an electronic circuit for electronically controlling the acoustic signal propagation time; said input and output means for said ferromagnetic amorphous ribbon including an averaging device having two input units, one output unit, and an electronic circuit supplied from a first one of the input units with a weak repetitive signal containing noise to feed back the output from the output unit to the second input unit at the same time as a signal from the first input unit arrives at the second input unit.

Claim 3

An electric signal transmission device according to claim 1, wherein said ferromagnetic amorphous ribbon which has been treated to substantially increase the electromechanical coupling thereof includes being heat-treated in a magnetic field for a given time.

Claim 4

An electric signal transmission and conversion system comprising: a ferromagnetic amorphous ribbon which has been treated to substantially increase the electromechanical coupling coefficient thereof for forming an acoustic signal transmission medium; a device for applying an external force provided in association with said ferromagnetic amorphous ribbon for controlling the acoustic signal propagation time of said ferromagnetic amorphous ribbon; input means for said ferromagnetic amorphous ribbon including an electronic circuit for producing an input signal; output means for said ferromagnetic amorphous ribbon including an electronic circuit, for processing an output electric signal according to a particular purpose; said device for applying the external force including an electronic circuit for electronically controlling the acoustic signal propagation time; said input and output means for said ferromagnetic amorphous ribbon including an input signal generator means which is supplied from two output places associated with said ferromagnetic amorphous ribbon by two electric signals having a time difference therebetween but proportional in amplitude to each other and identical in waveform with each other, the arrival times of the two electric signals are automatically adjusted and their polarity and amplification degree are automatically adjusted.

Claim 5

An electric signal transmission and conversion system comprising: a ferromagnetic amorphous ribbon which has been treated to substantially increase the electromechanical coupling coefficient thereof for forming an acoustic signal transmission medium; a device for applying an external force provided in association with said ferromagnetic amorphous ribbon for controlling the acoustic signal propagation time of said ferromagnetic amorphous ribbon; input means for said ferromagnetic amorphous ribbon including an electronic circuit for producing an input signal; output means for said ferromagnetic amorphous ribbon including an electronic circuit, for processing an output electric signal according to a particular purpose; said device for applying the external force including an electronic circuit for electronically controlling the acoustic signal propagation time; said input and output means for said ferromagnetic amorphous ribbon including an input signal generator means which is supplied from two output places associated with said ferromagnetic amorphous ribbon by two electric signals having a time difference therebetween but proportional in amplitude to each other and identical in waveform with each other, the arrival times of the two electric signals are automatically adjusted and their polarity and amplification degree are automatically adjusted.

Claim 6

An electric signal transmission device according to claim 3, wherein said ferromagnetic amorphous ribbon which has been treated to substantially increase the electromechanical coupling thereof includes being heat-treated in a magnetic field for a given time.