Abstract:
L'invention concerne un procédé d'extraction et une cellule intégrée (1) d'extraction d'une valeur binaire à partir d'une propagation d'un front d'un signal de déclenchement dans deux chemins électriques, comprenant entre deux bornes (2, 3) d'application d'une tension : deux branches parallèles comprenant chacune, en série, une résistance (Rg, Rd) de différenciation des chemins électriques ; un transistor de lecture (MNld, MNlg), le point milieu entre la résistance et le transistor de lecture de chaque branche définissant une borne de sortie (Q, NQ) de la cellule, et la grille du transistor de lecture de chaque branche étant reliée à la borne de sortie de l'autre branche ; et un transistor de sélection (MN2d, MN2g).
Abstract:
The invention relates to an electromagnetic transponder (20) comprising: a parallel oscillatory circuit (L2, C2) for extracting a supply signal from a radiated field; a plurality of legs which are arranged in parallel on the oscillatory circuit and respectively comprise a programmable resistance (Rpi) and an interrupter (Mi); and a cyclic control element (27) for successively closing the interrupters. Each resistance embodies an element for storing part of the code stored in the transponder.
Abstract:
The invention relates to a method and an integrated cell (1) for extracting a binary value from a propagation of a trigger signal front in two electrical paths comprising two parallel legs located between two voltage application terminals (2, 3). Said legs are respectively provided with the following elements mounted in series: an electrical path differentiation resistance (Rg, Rd); a readout transistor (MNld, MNlg); and a selection transistor (MN2d, MN2g). The central point between the resistance and the readout transistor of each leg defines an outlet terminal (Q, NQ) of the cell, and the readout transistor gate of each leg is connected to the output terminal of the other leg.
Abstract:
The invention relates to a one-time programmable memory cell and the programming method thereof. The invention comprises a programming transistor (MN) which is disposed in series with a polycrystalline silicon programming resistor (Rp) forming the memory element. According to the invention, the programming is non destructive with respect to the polycrystalline silicon resistor.
Abstract:
The invention concerns a circuit (1) for storing a binary code (B1, B2, , Bi-1, Bi, , Bn-1, Bn) in an integrated circuit chip, comprising an input terminal (2) applying a signal (E) triggering reading of the code, output terminals (31, 32, , 3i-1, 3i, , 3n-1, 3n) for delivering said binary code, first electrical paths (P1, P2, , Pi, , Pn) individually connecting said input terminal to each output terminal, each path inputting a fixed delay in the manufacture of the integrated circuit, and means (4, 51, 52, , 5i, , 5n) simultaneously integrating the binary states present in output of the electrical paths.
Abstract:
The invention concerns an identification method and circuit (1) of the network type of parameters contained in an integrated circuit chip, comprising a single input terminal (2) for applying a signal (E) triggering an identification, the output terminals (31, 32, , 3i-1, 3i , , 3n-1, 3n) adapted to deliver a binary identifying code (B1, B2, Bi-1, Bi, , Bn-1, Bn), first electrical paths (P1, P2, , Pi, , Pn), individually connecting said input terminal to each output terminal, and means (4, 51, 52, , 5i, , 5n) for simultaneously integrating the binary states present in output of the electrical paths, each path inputting a delay sensitive to technological dispersions and/or of the integrated circuit fabrication method.
Abstract:
The invention concerns a circuit (1) for storing a binary code (B1, B2, , Bi-1, Bi, , Bn-1, Bn) in an integrated circuit chip, comprising an input terminal (2) applying a signal (E) triggering reading of the code, output terminals (31, 32, , 3i-1, 3i, , 3n-1, 3n) for delivering said binary code, first electrical paths (P1, P2, , Pi, , Pn) individually connecting said input terminal to each output terminal, each path inputting a fixed delay in the manufacture of the integrated circuit, and means (4, 51, 52, , 5i, , 5n) simultaneously integrating the binary states present in output of the electrical paths.