公开(公告)号：US20050099248A1

公开(公告)日：2005-05-12

申请号：US10473280

申请日：2002-03-26

申请人： Sergey Borisovich Maltsev ,  Daniil Korneev

发明人： Sergey Borisovich Maltsev ,  Daniil Korneev

IPC分类号： H03B19/18 ,  H03B19/00

CPC分类号： H03B19/18

摘要： The invention can be used for telecommunications, measuring and other devices in order to produce stable superhigh frequency signals. An IMPATT diode (4) operating in the cascade break-down mode and having a sharp nonlinearity transforms an input signal in such a way that ultraharmonics which multiple in respect to the frequency of an input signal ω0 occur in a frequency spectrum. An output stage of a multiplier is used in order to separate an output nω0 frequency and to suppress adjacent frequencies. In order to tune the output stage to the nω0 frequency, a tuning plug (8) and short-circuiting pistons (13) are used. The tuning plug (8) is arranged above an upper electrod of the IMPATT diode (4) (inside the axis of the diode). The tuning plugs (13) make it possible to tune resonance capacitance to the nω0 frequency and remove energy towards the output part of a T-bend in which a wave guide pass-band filter (15) is disposed. Said filter (15) is embodied in the form of sections of a waveguide (14) on whose E-plane a thin metallic diaphragm is arranged, said diaphragm being provided with windows (16) disposed along the axis of the waveguide. The inventive multiplier ensures high converting efficiency.

摘要翻译： 本发明可用于电信，测量和其他设备，以产生稳定的超高频信号。 以级联分解模式操作并且具有尖锐非线性的IMPATT二极管（4）以这样的方式转换输入信号，使得相对于输入信号的频率Ω= 0的多个的超谐波发生 在频谱中。 使用乘法器的输出级以分离输出nomega 0 频率并抑制相邻频率。 为了将输出级调谐到nomega 0 频率，使用调谐插头（8）和短路活塞（13）。 调谐插头（8）布置在IMPATT二极管（4）的上电极（二极管的轴线内）的上方。 调谐插头（13）使得可以将谐振电容调谐到nomega 0频率，并将能量消耗到T波导的输出部分，其中波导通带滤波器（15）是 处置。 所述过滤器（15）以波导管（14）的部分的形式实现，其E平面上设置有薄的金属隔膜，所述隔膜设置有沿着波导轴设置的窗口（16）。 本发明的乘法器确保了高转换效率。

公开(公告)号：US06998941B2

公开(公告)日：2006-02-14

申请号：US10473280

申请日：2002-03-26

申请人： Sergey Borisovich Maltsev ,  Daniil Olegovich Korneev

发明人： Sergey Borisovich Maltsev ,  Daniil Olegovich Korneev

IPC分类号： H03B19/00

CPC分类号： H03B19/18

摘要： The invention can be used for telecommunications, measuring and other devices in order to produce stable superhigh frequency signals. An IMPATT diode (4) operating in the cascade break-down mode and having a sharp nonlinearity transforms an input signal in such a way that ultraharmonics which multiple in respect to the frequency of an input signal ω0 occur in a frequency spectrum. An output stage of a multiplier is used in order to separate an output nω0 frequency and to suppress adjacent frequencies. In order to tune the output stage to the nω0 frequency, a tuning plug (8) and short-circuiting pistons (13) are used. The tuning plug (8) is arranged above an upper electrod of the IMPATT diode (4) (inside the axis of the diode). The tuning plugs (13) make it possible to tune resonance capacitance to the nω0 frequency and remove energy towards the output part of a T-bend in which a wave guide pass-band filter (15) is disposed. Said filter (15) is embodied in the form of sections of a waveguide (14) on whose E-plane a thin metallic diaphragm is arranged, said diaphragm being provided with windows (16) disposed along the axis of the waveguide. The inventive multiplier ensures high converting efficiency.

摘要翻译： 本发明可用于电信，测量和其他设备，以产生稳定的超高频信号。 以级联分解模式操作并且具有尖锐非线性的IMPATT二极管（4）以这样的方式转换输入信号，使得相对于输入信号的频率Ω= 0的多个的超谐波发生 在频谱中。 使用乘法器的输出级以分离输出nomega 0 频率并抑制相邻频率。 为了将输出级调谐到nomega 0 频率，使用调谐插头（8）和短路活塞（13）。 调谐插头（8）布置在IMPATT二极管（4）的上电极（二极管的轴线内）的上方。 调谐插头（13）使得可以将谐振电容调谐到nomega 0频率，并将能量消耗到T波导的输出部分，其中波导通带滤波器（15）是 处置。 所述过滤器（15）以波导管（14）的部分的形式实现，其E平面上设置有薄的金属隔膜，所述隔膜设置有沿着波导轴设置的窗口（16）。 本发明的乘法器确保了高转换效率。