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    • 3. 发明申请
    • DATA CARRIER WITH A RADIO FREQUENCY INTERFACE
    • 数据载体与射频频率接口
    • WO2007026291A3
    • 2007-06-07
    • PCT/IB2006052942
    • 2006-08-24
    • NXP BVBRANDL ROLANDSPINDLER ROBERTBERGLER EWALD
    • BRANDL ROLANDSPINDLER ROBERTBERGLER EWALD
    • G06K19/07
    • G06K19/0723G06K7/0095G06K19/0713G06K19/0722
    • A circuit for a contact-free data carrier comprises a first circuit point and a second circuit point for connection to transmission means of the data carrier; and supply voltage generating means, which are connected to the first connection circuit point and comprise a supply voltage circuit point and a reference potential circuit point and are designed to generate, based on the received carrier signal, a first supply voltage that can be tapped at the supply voltage circuit point against the reference potential circuit point; and direct current decoupling means, which are connected between the second circuit point and the reference potential circuit point and are designed to inhibit a direct current flow between the second circuit point and the reference potential circuit point; and current conducting means that are connected between the second circuit point and the reference potential circuit point, wherein the current conducting means are designed for the unidirectional conduction of current from the reference potential circuit point to the second circuit point.
    • 用于非接触式数据载体的电路包括用于连接到数据载体的传输装置的第一电路点和第二电路点; 以及电源电压产生装置,其连接到第一连接电路点并且包括电源电压电路点和参考电势电路点,并且被设计为基于接收到的载波信号产生第一电源电压,该第一电源电压可以在 电源电压回路点相对于参考电位回路点; 以及直流去耦装置,其连接在所述第二电路点与所述参考电势电路点之间,并被设计为抑制所述第二电路点与所述参考电势电路点之间的直流电流; 以及连接在第二电路点和参考电位电路点之间的电流传导装置,其中电流传导装置被设计用于电流从参考电位电路点到第二电路点的单向传导。
    • 4. 发明申请
    • DATA CARRIER WITH A RADIO FREQUENCY INTERFACE
    • 数据载波与无线电频率接口
    • WO2007026291A2
    • 2007-03-08
    • PCT/IB2006/052942
    • 2006-08-24
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.BRANDL, RolandSPINDLER, RobertBERGLER, Ewald
    • BRANDL, RolandSPINDLER, RobertBERGLER, Ewald
    • G06K19/07
    • G06K19/0723G06K7/0095G06K19/0713G06K19/0722
    • A circuit for a contact-free data carrier comprises a first circuit point and a second circuit point for connection to transmission means of the data carrier; and supply voltage generating means, which are connected to the first connection circuit point and comprise a supply voltage circuit point and a reference potential circuit point and are designed to generate, based on the received carrier signal, a first supply voltage that can be tapped at the supply voltage circuit point against the reference potential circuit point; and direct current decoupling means, which are connected between the second circuit point and the reference potential circuit point and are designed to inhibit a direct current flow between the second circuit point and the reference potential circuit point; and current conducting means that are connected between the second circuit point and the reference potential circuit point, wherein the current conducting means are designed for the unidirectional conduction of current from the reference potential circuit point to the second circuit point.
    • 用于无接触数据载体的电路包括用于连接到数据载体的传输装置的第一电路点和第二电路点; 以及电源电压产生装置,其连接到第一连接电路点,并且包括电源电压电路点和参考电位电路点,并且被设计为基于所接收的载波信号产生可以点击的第一电源电压 电源电压电路针对参考电位电路点; 以及直流去耦装置,其连接在第二电路点和参考电位电路点之间,并被设计成禁止在第二电路点和参考电位电路点之间的直流电流; 以及电流传导装置,其连接在第二电路点和参考电位电路点之间,其中电流传导装置被设计用于从参考电位电路点到第二电路点的单向导通电流。
    • 8. 发明申请
    • RADIO FREQUENCY INTERFACE CIRCUIT FOR A RADIO FREQUENCY IDENTIFICATION TAG
    • 用于无线电频率识别标签的无线电频率接口电路
    • WO2007069211A1
    • 2007-06-21
    • PCT/IB2006/054835
    • 2006-12-14
    • NXP B.V.BRANDL, RolandBERGLER, EwaldSPINDLER, Robert
    • BRANDL, RolandBERGLER, EwaldSPINDLER, Robert
    • G06K19/077
    • G06K19/07749G06K19/0701
    • A radio frequency interface circuit (11) for a radio frequency identification tag comprising - at least two input terminals (RF+, RF-) for connecting the circuit (10) with an antenna structure of the radio frequency identification tag, - one or more variable resistive loads (14) coupled across pairs of the input terminals (RF+, RF-) - one or more rectifiers (15) each connected on its input side to a pair of input terminals (RF+, RF-) and on its output side to a parallel connection of voltage control means (16) and modulation control means (17), wherein combiner means (18) are provided which are adapted to receive an output signal (19, 20) from the voltage control means (16) and the modulation control means (17), respectively, and to generate a control signal (21) for controlling each variable resistive load (14) depending on the received signals (19, 20) in such a way that each variable resistive load (14) serves as a modulation and voltage regulation circuit, and wherein each variable resistive load is adapted to serve as an electro static discharge protection circuit.
    • 一种用于射频识别标签的射频接口电路(11),包括 - 用于将所述电路(10)与所述射频识别标签的天线结构相连接的至少两个输入端(RF +,RF-), - 一个或多个变量 耦合在输入端(RF +,RF-)对上的电阻负载(14) - 一个或多个整流器(15),每个整流器(15)在其输入侧连接到一对输入端(RF +,RF-)并且在其输出侧 电压控制装置(16)和调制控制装置(17)的并联连接,其中提供组合器装置(18),其适于从电压控制装置(16)接收输出信号(19,20)和调制 控制装置(17),并且产生用于根据接收信号(19,20)控制每个可变电阻负载(14)的控制信号(21),使得每个可变电阻负载(14)用作 调制和电压调节电路,并且其中每个变量 电阻负载适用于静电放电保护电路。
    • 9. 发明申请
    • ELECTRIC COUNTER CIRCUIT
    • 电动计数器电路
    • WO2007069139A2
    • 2007-06-21
    • PCT/IB2006054627
    • 2006-12-06
    • NXP BVSPINDLER ROBERTBRANDL ROLANDBERGLER EWALD
    • SPINDLER ROBERTBRANDL ROLANDBERGLER EWALD
    • H03K5/15G04F10/06H03K3/03
    • G04F10/04H03K5/15013
    • An electric counter circuit (30, 40, 80) comprises a clock generator (1, 54, 111, 120, 130) for generating a plurality of clock signals (21 - 24, 121 - 125, 131 - 134) and a sampling device (32, 81) for sampling the clock signals (21 - 24, 121 - 125, 131 - 134) at a first moment in time when a first characteristic signal section (LE) of a digital signal (DS) appears. Furthermore, the circuit (30, 40, 80) comprises a calculation device (33) for calculating the time between the first moment and a second moment which is later than the first moment. This calculation is based on the clock signals (21 - 24, 121 - 125, 131 - 134) at the first moment and based on the clock signals (21 - 24, 121 - 125, 131 - 134) at the second moment. The clock signals (21 - 24, 121 - 125, 131 - 134) each have the same cycle duration (T) and are phase-shifted with respect to each other.
    • 电计数器电路(30,40,80)包括用于产生多个时钟信号(21-24,21-125,131-134)的时钟发生器(1,54,111,120,130)和采样装置 (32,81),用于在数字信号(DS)的第一特征信号部分(LE)出现时的第一时刻对时钟信号(21-24,121- 125,131-134)进行采样。 此外,电路(30,40,80)包括用于计算第一时刻与晚于第一时刻的第二时刻之间的时间的计算装置(33)。 该计算基于第一时刻的时钟信号(21-24,121,125,131-134),并且基于第二时刻的时钟信号(21-24,121,125,131-134)。 时钟信号(21-24,121,125,131-134)各自具有相同的周期持续时间(T)并且相对于彼此相移。
    • 10. 发明申请
    • DATA CARRIER CIRCUIT CAPABLE OF SUPPLYING IDENTIFICATION INFORMATION TO A COMMUNICATIONS ARRANGEMENT
    • 能够向通信安排提供标识信息的数据载体电路
    • WO2005038697A1
    • 2005-04-28
    • PCT/IB2004/052065
    • 2004-10-12
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.AMTMANN, FranzBERGLER, EwaldBRANDL, RolandWATZINGER, Hubert
    • AMTMANN, FranzBERGLER, EwaldBRANDL, RolandWATZINGER, Hubert
    • G06K7/00
    • G06K7/10049G06K7/0008G06K19/0723
    • Circuit for a data carrier, which circuit is capable of supplying identification information to a communications arrangement. A circuit (4) for a data carrier (3), which is able to communicate contactlessly with a communications arrangement (2), is provided with a memory stage (5) for storing identification information (II) consisting of information units and suppliable to the communications arrangement (2) and with a signal-processing stage (25) for processing an indicator signal (IS), which indicator signal (IS) indicates a substantially simultaneous appearance of two different information units, of which two different information units the one information unit is contained in the identification information (l[I) stored in the memory stage (5) of the circuit (4) and the other information unit is contained in different identification information (II') stored in a memory stage of a different circuit (4'), and which indicator signal (IS) is generated by the communications arrangement (2) upon detection of such a substantially simultaneous appearance of different information units and is communicated to the circuit (4), wherein the signal-processing stage (25), as a consequence of a processing of the indicator signal (IS), is arranged to interrupt the supply of the identification information (II) after the appearance of the information unit that has caused the indicator signal (IS) and to flag at least the information unit that has caused the indicator signal (IS).
    • 用于数据载体的电路,该电路能够向通信装置提供识别信息。 一种能够与通信装置(2)无接触地通信的用于数据载体(3)的电路(4),设置有用于存储由信息单元组成的标识信息(II)的存储级(5),并且可提供给 通信装置(2)和用于处理指示符信号(IS)的信号处理级(25),该指示符信号(IS)指示两个不同信息单元的基本同时出现,其中两个不同的信息单元 信息单元被包含在存储在电路(4)的存储器级(5)中的识别信息(I [I]中,并且另一信息单元被包含在存储在不同的存储器级的存储器级中的不同识别信息(II')中 电路(4'),并且在检测到不同信息单元的这种基本上同时出现的情况下,由通信装置(2)产生哪个指示信号(IS),并且被传送到电路 (4),其中作为指示符信号(IS)的处理的结果的信号处理级(25)被布置成在信息单元出现之后中断提供标识信息(II),该信息处理级 已引起指示信号(IS)并至少标示已引起指示信号(IS)的信息单元。