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    • 1. 发明申请
    • TEST UNIT FOR TESTING THE FREQUENCY CHARACTERISTIC OF A TRANSMITTER
    • 用于测试变送器频率特性的测试单元
    • US20100014570A1
    • 2010-01-21
    • US12518852
    • 2006-12-15
    • Francois DupisXavier HueLionel MonginJacques Trichet
    • Francois DupisXavier HueLionel MonginJacques Trichet
    • H04B17/00
    • H04B17/15H04B17/101
    • A test unit for testing the frequency characteristics of one or more components of a transmitter of modulated signals. The test unit includes a data source for generating a test pattern of data. A test unit output is connected to the data source and connectable to an input of one or more of the components, for inputting the test pattern of data to the one or more components. The test unit includes a memory in which a first predetermined data sequence and a second predetermined data sequence are stored. The data source is connected with an data input to the memory, and the data source is arranged to generating the test pattern of data including the predetermined data sequences. When a modulated signal is generated in accordance with the test pattern of data will include a first signal part with a first frequency spectrum caused by the first predetermined data sequence and a second signal part after the first signal part, which second signal part has a second frequency spectrum caused by the second predetermined data sequence.
    • 用于测试调制信号发射机的一个或多个组件的频率特性的测试单元。 测试单元包括用于产生数据测试模式的数据源。 测试单元输出连接到数据源并且可连接到一个或多个组件的输入端,用于将数据的测试模式输入到一个或多个组件。 测试单元包括其中存储有第一预定数据序列和第二预定数据序列的存储器。 数据源与输入到存储器的数据连接,并且数据源被布置成产生包括预定数据序列的数据的测试模式。 当根据数据的测试模式生成调制信号时,将包括由第一预定数据序列引起的具有第一频谱的第一信号部分和第一信号部分之后的第二信号部分,该第二信号部分具有第二信号部分 由第二预定数据序列引起的频谱。
    • 2. 发明授权
    • Test unit for testing the frequency characteristic of a transmitter
    • 用于测试变送器频率特性的测试单元
    • US08311494B2
    • 2012-11-13
    • US12518852
    • 2006-12-15
    • Francois DupisXavier HueLionel MonginJacques Trichet
    • Francois DupisXavier HueLionel MonginJacques Trichet
    • H03C1/62H04B17/00
    • H04B17/15H04B17/101
    • A test unit for testing the frequency characteristics of one or more components of a transmitter of modulated signals. The test unit includes a data source for generating a test pattern of data. A test unit output is connected to the data source and connectable to an input of one or more of the components, for inputting the test pattern of data to the one or more components. The test unit includes a memory in which a first predetermined data sequence and a second predetermined data sequence are stored. The data source is connected with an data input to the memory, and the data source is arranged to generating the test pattern of data including the predetermined data sequences. When a modulated signal is generated in accordance with the test pattern of data will include a first signal part with a first frequency spectrum caused by the first predetermined data sequence and a second signal part after the first signal part, which second signal part has a second frequency spectrum caused by the second predetermined data sequence.
    • 用于测试调制信号发射机的一个或多个组件的频率特性的测试单元。 测试单元包括用于产生数据测试模式的数据源。 测试单元输出连接到数据源并且可连接到一个或多个组件的输入端,用于将数据的测试模式输入到一个或多个组件。 测试单元包括其中存储有第一预定数据序列和第二预定数据序列的存储器。 数据源与输入到存储器的数据连接,并且数据源被布置成产生包括预定数据序列的数据的测试模式。 当根据数据的测试模式生成调制信号时,将包括由第一预定数据序列引起的具有第一频谱的第一信号部分和第一信号部分之后的第二信号部分,该第二信号部分具有第二信号部分 由第二预定数据序列引起的频谱。
    • 3. 发明申请
    • INTEGRATED SOLID STATE MICROWAVE POWER GENERATION MODULES
    • 集成的固态微波发电模块
    • US20160198530A1
    • 2016-07-07
    • US14912124
    • 2013-08-29
    • Pierre Marie PIELDavid P. LESTERLionel MONGIN
    • Pierre Marie PielDavid P. LesterLionel Mongin
    • H05B6/66H05B6/68
    • An embodiment of a microwave power generation module includes an amplifier arrangement, an impedance matching element, and a resonant element. The amplifier arrangement includes a transistor with a transistor input and a transistor output. The impedance matching element is formed from a planar conductive structure. The planar conductive structure has a proximal end and a distal end, and the proximal end is electrically coupled to the transistor output. The resonant element has a proximal end electrically coupled to the distal end of the planar conductive structure, and the resonant element is configured to radiate electromagnetic energy having a microwave frequency in a range of 800 megahertz (MHz) to 300 gigahertz (GHz). A combination of the impedance matching element and the resonant element is configured to perform an impedance transformation between an impedance of the transistor and an impedance of an air cavity.
    • 微波发电模块的一个实施例包括放大器装置,阻抗匹配元件和谐振元件。 放大器装置包括具有晶体管输入和晶体管输出的晶体管。 阻抗匹配元件由平面导电结构形成。 平面导电结构具有近端和远端,并且近端电耦合到晶体管输出。 谐振元件具有电耦合到平面导电结构的远端的近端,并且谐振元件被配置为辐射具有在800兆赫(MHz)至300千兆赫(GHz)范围内的微波频率的电磁能。 阻抗匹配元件和谐振元件的组合被配置为在晶体管的阻抗和空气腔的阻抗之间执行阻抗变换。