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    • 5. 发明公开
    • Integrated electronic device with reduced parasitic currents, and corresponding method
    • 集成电子元件具有降低的寄生电流及其方法
    • EP0782197A1
    • 1997-07-02
    • EP95830558.3
    • 1995-12-29
    • CO.RI.M.ME. CONSORZIO PER LA RICERCA SULLA MICROELETTRONICA NEL MEZZOGIORNO
    • Aiello, NataleGraziano, Vito
    • H01L29/00H01L27/082
    • H01L27/0821H01L27/0203
    • The present invention relates to an electronic device integrated monolithically on a semiconductor material comprising a substrate (1) having a first conductivity type in which are formed a first (2) and second diffusion regions (3) of a second conductivity type with said substrate (1) and said first (2) and second (3) diffusion regions including respectively a base region, a collector region and an emitter region of a transistor (Tp1) and characterized in that in the second diffusion region (3) is formed a third diffusion region (8) having conductivity of the first type to provide in said second diffusion region (3) a resistive path (R) placed in series with the emitter region of the transistor (Tp1) while backfeeding it negatively and taking it to saturation with a resulting reduction of its current gain and limitation of the maximum current due thereto.
    • 本发明涉及一种在在包括基板(1),具有第一导电类型,其中形成半导体材料单片集成电子装置中的第一(2)和第二扩散区(3)的第二导电类型与所述基板( 1)和所述第一(2)和第二(3)的扩散区域分别包括一个基区,集电区和发射极的晶体管的区域(TP1)和其特征在于在所述第二扩散区做了(3)上形成第三 扩散区(8)所述第一类型的所述第二扩散区,以提供具有导电性的(3)串联放置与所述晶体管(TP1)的发射极区,而带负backfeeding它并把它与至饱和一阻抗路径(R) 所得的减小其电流的电流由于其上的最大的增益和限制。
    • 8. 发明公开
    • IC for implementing the function of a DIAC diode
    • Integrierte Schaltung zur Herstellung der Funktion einer DIAC-Diode
    • EP0858165A1
    • 1998-08-12
    • EP97830048.1
    • 1997-02-11
    • SGS-THOMSON MICROELECTRONICS s.r.l.
    • Sueri, StefanoLa Barbera, AntonioAiello, NataleGraziano, Vito
    • H03K17/30H05B41/29
    • H03K17/30H05B41/2825Y10S315/07
    • The present invention relates to an integrated circuit adapted to perform the function of a diode of the DIAC type, said circuit (1) having at least one input terminal (IN) and at least one output terminal (OUT).
      The circuit (1) comprises at least a first input transistor (T1) having at least a first terminal connected to a fixed voltage reference (GND), at least a second terminal p+ p+45, and at least one control terminal coupled to the input terminal (IN) of the circuit (1).
      The circuit (1) further comprises at least second (T2) and third (T3) transistors in a current mirror configuration, each having at least a first terminal for coupling to the input terminal (IN) of the circuit (1), and at least a second terminal, and associated control terminals connected together and coupled to at least the second terminal of the first input transistor (T1), the second terminal of the second transistor (T2) being connected to the control terminal of the first transistor (T1).
      Finally, the circuit (1) comprises at least a fourth output transistor (T4) connected, with first and second terminals, between the output terminal (OUT) and the input terminal (IN) of the circuit (1), said fourth output transistor (T4) also having at least one control terminal connected to at least the second terminal of the third transistor (T3).
    • 本发明涉及一种适于执行DIAC型二极管功能的集成电路,所述电路(1)具有至少一个输入端(IN)和至少一个输出端(OUT)。 电路(1)至少包括第一输入晶体管(T1),其具有至少连接到固定参考电压(GND)的第一端子,至少第二端子p + p + 45以及至少一个控制端子 电路(1)的输入端(IN)。 电路(1)还包括电流镜配置中的至少第二(T2)和第三(T3)晶体管,每个晶体管至少具有用于耦合到电路(1)的输入端(IN)的第一端子,并且在 至少一个第二端子以及连接在一起并耦合到第一输入晶体管(T1)的至少第二端子的相关控制端子,第二晶体管(T2)的第二端子连接到第一晶体管(T1)的控制端子 )。 最后,电路(1)包括至少第四输出晶体管(T4),其与第一和第二端子连接在输出端(OUT)和电路(1)的输入端(IN)之间,所述第四输出晶体管 (T4)还具有连接到第三晶体管(T3)的至少第二端子的至少一个控制端子。