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    • 2. 发明申请
    • FRONT-END CIRCUIT FOR WIRELESS TRANSMISSION SYSTEMS
    • 前端电路无线传输系统
    • WO2004091109A3
    • 2005-01-06
    • PCT/EP2004000933
    • 2004-02-02
    • EPCOS AGBLOCK CHRISTIANLEITSCHAK ENRICOECKAU ARNEFLUEHR HOLGERWIESBAUER KURTHAGN PETERSCHMIDHAMMER EDGAR
    • BLOCK CHRISTIANLEITSCHAK ENRICOECKAU ARNEFLUEHR HOLGERWIESBAUER KURTHAGN PETERSCHMIDHAMMER EDGAR
    • H04B1/40H04B1/48H04B1/50H04B1/54
    • H04B1/005H04B1/406H04B1/48H04B1/50H04B1/54
    • The invention relates to a functional block of a front-end circuit for a communications terminal that is designed for a multiband and/or multimode operation. The inventive placement of a pin-diode switch in one of the signal paths, which run parallel to one another, instead of placing it on the input side before splitting the signal paths succeeds in dispensing with an input-side impedance transformation network and reduces signal loss of and space required by the circuit. In another embodiment, the signal paths preferably assigned to the adjacent frequency bands are combined on the output side, whereby the further processing of the signals corresponding to different frequency bands ensues in one path. This enables, for example, a chip set, which is designed for (n 1) frequency bands, to be used within the scope of a transmission system designed for n bands. Another embodiment of the invention enables, in a multimode system, the monitoring of the received signal of a system also in the operating mode of the other system. The inventive integration of all components of the front-end circuit in one module makes it possible to obtain stable electrical properties of the circuit.
    • 本发明公开了被设计用于多频带和/或多模动作的通信终端中的前端电路的功能块。 之前的信号路径的分裂在相互平行的信号路径,而不是它的输入侧布置的一个PIN二极管开关的本发明的装置,以节省的输入侧设置的阻抗变换网络,从而减少了信号损耗和电路的空间需求是可能的。 在进一步的实施方案,其优选分配给相邻频带的信号路径被组合在输出侧,其中,所述不同频带的处理中的路径进行相应的信号。 被布置芯片组频带被用作的一部分的设计用于N个波段传输系统 - 从而和第(n-1),例如。 本发明的另一个发展,使在其他系统的操作的在多模式系统的模式的系统中的接收信号的监测。 前端电路的所有部件的模块在本发明的集成可以实现电路的稳定的电气特性。
    • 4. 发明申请
    • ELECTRIC CIRCUIT MODULE, CIRCUIT MODULE ARRANGEMENT AND USE OF SAID CIRCUIT MODULE AND OF SAID CIRCUIT MODULE ARRANGEMENT
    • 电气开关模块,开关模块布置和控制模块的使用和交换模块组件
    • WO02058239A3
    • 2003-01-03
    • PCT/DE0200129
    • 2002-01-17
    • EPCOS AGBLOCK CHRISTIANFLUEHR HOLGER
    • BLOCK CHRISTIANFLUEHR HOLGER
    • H04B1/44H03B1/00H03K17/00H03K17/51H04B1/00H04B1/48H04B7/08
    • H04B1/006H04B1/48
    • The invention relates to an electric circuit module comprising a voltage-controlled switch (1) that is provided with a transmitter input (2) and a receiver input (3) as well as with an output (4), and that optionally links one of the inputs (2, 3) with the output (4) in an electrically conductive manner. The circuit module further comprises passive components that form a low-pass filter (5, 6) that is linked with a transmitter input (2) of the switch in an electrically conductive manner. The passive components form a part of the multi-layer ceramic passive module that comprises a base (7) from superimposed dielectric layers (8) and electroconductive layers (9), the switch (1) being disposed on the top or bottom side of the base (7). The invention further relates to a circuit module arrangement and to the use of the circuit module and the circuit module arrangement. The use of the voltage-controlled switch (1) allows for the production of a circuit module that has a very low power consumption.
    • 本发明涉及一种具有一个电压控制的开关的电路模块(1),其具有发射器(2)和接收器输入端(3)和输出端(4)和任选的输入端(2,3)输出到输出一个(4- )用包含低通滤波器(5无源元件连接导电的,并且一起,6),其连接到所述开关的一个发送器输入(2)是导电的,其中,所述无源元件是一个多层陶瓷被动模块,其具有基体的部分(7 )叠加的介电层(8)和导电层(9),并且其中的在所述基体(7)的上侧或下侧的开关(1)被布置。 此外,本发明涉及一种开关模块装置和使用该开关模块和切换模块组件。 由于电压控制开关(1),可以实现具有非常低功耗的开关模块。
    • 6. 发明专利
    • DE10321247A1
    • 2004-12-09
    • DE10321247
    • 2003-05-12
    • EPCOS AG
    • BLOCK CHRISTIANFLUEHR HOLGERHOFFMANN CHRISTIAN
    • H03H7/01H04B1/04H04B1/48H04B1/54
    • A transmitter module of a wireless transmission system with at least one transmission path having a power amplifier disposed at the input side includes a low-pass filter disposed at the output side and an impedance converter disposed therebetween. The power amplifier and the low-pass filter are, thereby, disposed on the top surface of a multi-layer carrier substrate. Preferably, the impedance converter is disposed in metallization planes of the carrier substrate. The inventive integration of all of these components in one module especially allows for a step-wise impedance adaptation between the low-impedance amplifier output and the output of the transmitter module having a defined output impedance (e.g. 50 ohm), whereby the impedance adaptation is partially carried out by the low-pass filter. A multistage impedance adaptation allows for a reduction of, e.g., the length of the line sections used in the impedance converter and the signal losses involved.