Each of the electrical signals may be formatted in accordance with a protocol for electrical signals.

The identification of the electrical signals results in different electrical signals being identified for different samples.

Such electrical wirings can be used to transmit electrical signals to a tissue or sense electrical signals from the tissue.

An inline optoelectronic converter configured to convert electrical signals to optical signals and to convert optical signals to electrical signals.

The at least one transducer is configured and arranged for transforming applied electrical signals to acoustic signals and also for transforming received echo signals to electrical signals.

The mounting devices may be employed to secure optical devices that are configured to convert optical signals to electrical signals, or electrical signals to optical signals.

The sensor assembly produces electrical signals representing the sensed physiological signals.

The sensor assembly produces electrical signals representing the sensed physiological signals.

An optical receiver measures the signal peak intensity of combined electrical signals, single electrical signals or single optical signals to adjust relative phase as desired.

The transducer array is configured and arranged for transforming applied electrical signals to acoustic signals and also for transforming received echo signals to electrical signals.

The invention concerns a transmitter-receiver assembly whereby light signals can be transformed into electric signals (receiver mode), or electric signals into light signals (transmitter mode).

The high-frequency electrical signals comprise electrical signals in the ten kilohertz to three megahertz range.

The present invention relates to an electrooptical module intended for the telecommunication technology for converting electrical signals into optical signals or, vice-versa, optical signals into electrical signals.

The invention pertains to an electrooptical module for use in the telecommunication technology for converting electrical signals into optical signals and, vice-versa, optical signals into electrical signals.

An optical transmitter (810) receives electrical signals that are transmitted in a reverse direction and transmits optical signals, corresponding to the electrical signals, in the reverse direction.