Alcatel

Alcatel N.v.

Alcatel Alsthom Compagnie Generale D'electricite

Karel Adriaensen

Frank Octaaf Van Der Putten

Paul Marie Pierre Spruyt

Paul Marie Spruyt

Leon Cloetens

Didier Gonze

A method to realize synchronization in a receiver (RX), of data (DAT) sent from a transmitter (TX) to the receiver (RX), with a signal (SIG) available in the receiver (RX). The method includes the following steps:

Method to synchronize data and a transistor and a receiver realizing said method

A method to realize synchronization in a receiver (RX), of data (DAT) sent from a transmitter (TX) to the receiver (RX), with a signal (SIG) available in the receiver (RX). The method includes the following steps: in the receiver (RX) generating trigger signals (T) from the signal (SIG) available in the receiver

Method to synchronize data and a transmitter and a receiver realizing

A circuit to find the first bit 0 or 1 in an m-bit input word from a start bit onwards, the positions of these bits being defined by an n-bit code. It includes a crosspoint matrix of m (4) rows and n (2) columns, each crosspoint including a change-over contact (ABC), with a make contact (AB) and a break contact (AC), and another make contact (AD). The rows of change-over contacts (ABC) are controlled by respective bits of the m-bit word and the break contacts (AC) of the change-over contacts (ABC) of each row are coupled to respective bits of the n-bit code identifying the bit of the m-bit word respectively controlling these break contacts. Furthermore, the make contacts (AB) of the change-over contacts (ABC) of a same column are connected in a closed loop, while the other make contacts (AD) of a same column are connected in a parallel to a same output terminal (IA, IB), the rows of these other make contacts being controlled by a single-row selection circuit (TR).

Bit finder circuit

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Antwerp, Belgium

Karel Adriaensen