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    • 1. 发明授权
    • Signal transmitter with pulse-controlled amplification
    • 带脉冲控制放大的信号发射器
    • US06756843B2
    • 2004-06-29
    • US10083439
    • 2001-10-22
    • Sylvain CharleyEmmanuel Savin
    • Sylvain CharleyEmmanuel Savin
    • H03F114
    • H04B1/04H04B1/406
    • A transmitter of radioelectric signals includes a plurality of amplifiers PA1, PA2 for amplifying a signal Sin whose frequency is included in a predetermined frequency band, said signal Sin alternately carrying information and being in the quiescent state during first and second predetermined periods of time. The transmitter additionally includes a detector DET intended to supply a detection signal AP having active states and inactive states during the first and the second predetermined periods of time, respectively, and a controller CNT intended to supply signals S1 and S2, when the detection signal AP is in the active state, which signals are used to inhibit the amplifiers which are not optimized for the frequency band wherein the frequency of the signal Sin to be amplified is included.
    • 放大电信号的发射机包括多个放大器PA1,PA2,用于放大频率包含在预定频带中的信号Sin,所述信号Sin交替地携带信息并在第一和第二预定时段期间处于静止状态。 发射机还包括检测器DET,其用于分别在第一和第二预定时段期间提供具有活动状态和无效状态的检测信号AP,以及用于在检测信号AP 处于活动状态,哪些信号被用于抑制未被包括要被放大的信号Sin的频率的频带未优化的放大器。
    • 2. 发明授权
    • ESD-protection device, a semiconductor device and integrated system in a package comprising such a device
    • ESD保护装置,包括这种装置的封装中的半导体装置和集成系统
    • US08184415B2
    • 2012-05-22
    • US12525179
    • 2008-02-08
    • Emmanuel SavinStephane Bouvier
    • Emmanuel SavinStephane Bouvier
    • H02H3/22
    • H01L27/0255H01L29/861
    • The invention relates to an ESD protection device comprising: a first contact (10) and a second contact (20), and an electrical node (12); a bipolar transistor (6) having a base, an emitter, and a collector, the base and emitter forming a base-emitter junction, the base and collector forming a base-collector junction, the emitter being connected to the first contact (10), the collector being connected to the second contact (20), the base being connect to the electrical node (12); a first diode (1) connected between the electrical node (12) and the first contact (10), the first diode (1) comprising a first junction arranged in the same direction as the base-emitter junction, and—a second diode (2) connected between the electrical node (12) and the second contact (20), in anti-series with the first diode (1) on a path from the first contact (10) to the second contact (20), the second diode (2) comprising a second junction arranged in the same direction as the base-collector junction, wherein the bipolar transistor (6) is dimensioned to have such a current gain (β) that the voltage-current characteristic of the ESD protection device, measured between the first (10) and second contact (20), exhibits a voltage snap-back effect (SNP) at its trigger voltage (Vtrig). The voltage snap-back effect (SNP) results in a lower clamping voltage of the ESD protection device. The invention further relates a semiconductor device and an integrated system in a package comprising said ESD protection device.
    • 本发明涉及ESD保护装置,其包括:第一触点(10)和第二触点(20)以及电节点(12); 具有基极,发射极和集电极的双极晶体管(6),所述基极和发射极形成基极 - 发射极结,所述基极和集电极形成基极 - 集电极结,所述发射极连接到所述第一触点(10) 所述集电器连接到所述第二触点(20),所述基座连接到所述电节点(12); 连接在电节点(12)和第一触点(10)之间的第一二极管(1),第一二极管(1)包括沿与基极 - 发射极结方向相同的方向布置的第一结和第二二极管 2)连接在电节点(12)和第二触点(20)之间,在从第一触点(10)到第二触点(20)的路径上与第一二极管(1)反串联,第二二极管 (2)包括沿与所述基极 - 集电极结相同的方向布置的第二结,其中所述双极晶体管(6)的尺寸被设计成具有所述ESD保护装置的电压 - 电流特性的电流增益(& 在第一触点(10)和第二触点(20)之间测量的触发电压(Vtrig)具有电压回复效应(SNP)。 电压回复效应(SNP)导致ESD保护器件的钳位电压较低。 本发明还涉及一种包括所述ESD保护装置的封装中的半导体器件和集成系统。
    • 3. 发明申请
    • ESD-PROTECTION DEVICE, A SEMICONDUCTOR DEVICE AND INTEGRATED SYSTEM IN A PACKAGE COMPRISING SUCH A DEVICE
    • ESD保护装置,包含这种装置的包装中的半导体装置和集成系统
    • US20100085672A1
    • 2010-04-08
    • US12525179
    • 2008-02-08
    • Emmanuel SavinStephane Bouvier
    • Emmanuel SavinStephane Bouvier
    • H02H9/00
    • H01L27/0255H01L29/861
    • The invention relates to an ESD protection device comprising: a first contact (10) and a second contact (20), and an electrical node (12); a bipolar transistor (6) having a base, an emitter, and a collector, the base and emitter forming a base-emitter junction, the base and collector forming a base-collector junction, the emitter being connected to the first contact (10), the collector being connected to the second contact (20), the base being connect to the electrical node (12); a first diode (1) connected between the electrical node (12) and the first contact (10), the first diode (1) comprising a first junction arranged in the same direction as the base-emitter junction, and—a second diode (2) connected between the electrical node (12) and the second contact (20), in anti-series with the first diode (1) on a path from the first contact (10) to the second contact (20), the second diode (2) comprising a second junction arranged in the same direction as the base-collector junction, wherein the bipolar transistor (6) is dimensioned to have such a current gain (β) that the voltage-current characteristic of the ESD protection device, measured between the first (10) and second contact (20), exhibits a voltage snap-back effect (SNP) at its trigger voltage (Vtrig). The voltage snap-back effect (SNP) results in a lower clamping voltage of the ESD protection device. The invention further relates a semiconductor device and an integrated system in a package comprising said ESD protection device.
    • 本发明涉及ESD保护装置,其包括:第一触点(10)和第二触点(20)以及电节点(12); 具有基极,发射极和集电极的双极晶体管(6),所述基极和发射极形成基极 - 发射极结,所述基极和集电极形成基极 - 集电极结,所述发射极连接到所述第一触点(10) 所述集电器连接到所述第二触点(20),所述基座连接到所述电节点(12); 连接在电节点(12)和第一触点(10)之间的第一二极管(1),第一二极管(1)包括沿与基极 - 发射极结方向相同的方向布置的第一结和第二二极管 2)连接在电节点(12)和第二触点(20)之间,在从第一触点(10)到第二触点(20)的路径上与第一二极管(1)反串联,第二二极管 (2)包括沿与所述基极 - 集电极结相同的方向布置的第二结,其中所述双极晶体管(6)的尺寸被设计成具有所述ESD保护装置的电压 - 电流特性的电流增益(& 在第一触点(10)和第二触点(20)之间测量的触发电压(Vtrig)具有电压回复效应(SNP)。 电压回复效应(SNP)导致ESD保护器件的钳位电压较低。 本发明还涉及一种包括所述ESD保护装置的封装中的半导体器件和集成系统。
    • 4. 发明授权
    • Interface comprising a thin PCB with protrusions for testing an integrated circuit
    • 接口包括具有用于测试集成电路的突起的薄PCB
    • US07126364B2
    • 2006-10-24
    • US10527108
    • 2003-09-04
    • Frédéric Jardin-LemagnenEmmanuel SavinSébastien Leruez
    • Frédéric Jardin-LemagnenEmmanuel SavinSébastien Leruez
    • G01R31/02
    • G01R1/0408G01R1/045G01R1/0466G01R1/07378
    • The invention relates to a test device for testing an integrated circuit called test circuit, comprising a plurality of housings intended to be tested in a printed circuit called main circuit. The device comprises an insulating membrane of soft material having two opposite surfaces covered by two conductive layers interconnected by via holes and intended to be in contact with the test circuit and the main circuit respectively, under the influence of a pressure exerted during the test between the test circuit and the main circuit pressing the test device. Protrusions are arranged on at least one of the two layers in a predefined pattern as a function of said pins, tabs, pads etc. of the test circuit so as to ensure a contact quality between said layer and the circuit (to be tested or the main circuit) having contact with said layer under the influence of said pressing action.
    • 本发明涉及一种用于测试称为测试电路的集成电路的测试装置,包括多个用于在被称为主电路的印刷电路中测试的外壳。 该装置包括一个软质材料的绝缘膜,两个相对的表面被两个导电层覆盖,两个导电层由通孔互连,并分别在测试电路和主电路之间施加的压力 测试电路和主电路按下测试设备。 作为测试电路的所述引脚,突片,焊盘等的函数,以预定模式将突出部布置在两层中的至少一个上,以确保所述层和电路之间的接触质量(待测试或 主电路)在所述按压动作的影响下与所述层接触。