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    • 41. 发明公开
    • 필터
    • 过滤
    • KR1020090081510A
    • 2009-07-29
    • KR1020080007413
    • 2008-01-24
    • 엘지이노텍 주식회사
    • 이성철
    • H03H7/12
    • H03H7/12H03H7/0115H03H11/00H03H11/04
    • A filter is provided to stabilize a resonant frequency by adjusting an inductance value of a coil varied according to an influence of peripheral environment, as a capacitance value. A filter includes a coil(L), a varactor(VD), and a voltage unit(20). The varactor varies capacitance according to a voltage applied to the coil. The voltage unit varies the capacitance value by varying the voltage applied to the varactor. One or more varactor is connected in a normal direction or a reverse direction. The voltage unit includes a digital/analog converter(DAC) and a memory(21). The digital/analog converter converts a digital signal to an analog signal. The memory stores a data value for varying the capacitance value of the varactor through the digital/analog converter.
    • 提供一个滤波器,通过调整根据周围环境的影响而变化的线圈的电感值作为电容值来稳定谐振频率。 滤波器包括线圈(L),变容二极管(VD)和电压单元(20)。 变容二极管根据施加到线圈的电压来改变电容。 电压单元通过改变施加到变容二极管的电压来改变电容值。 一个或多个变容二极管沿正向或相反方向连接。 电压单元包括数字/模拟转换器(DAC)和存储器(21)。 数字/模拟转换器将数字信号转换为模拟信号。 存储器存储用于通过数/模转换器改变变容二极管的电容值的数据值。
    • 42. 发明公开
    • 초광대역 능동 차동 신호 저대역 통과 여파기
    • 超宽带主动差分信号低通滤波器
    • KR1020070058300A
    • 2007-06-08
    • KR1020060065940
    • 2006-07-13
    • 한국전자통신연구원
    • 박봉혁이승식최상성박광로라제시티루그나남하동삼
    • H03H11/00
    • H03H7/01H03F3/45192H03H7/075H03H11/00
    • An ultra-wideband active differential signal low pass filter is provided to reduce a digital interface and to improve linearity by realizing a fully differential mode. An ultra-wideband active differential signal low pass filter includes two integrator loops(15), an input folded cascode stage(12), an amplifier stage(14), and an output buffer(16). The two integrator loops(15) have a negative resistance load. The input folded cascode stage(12) isolates the two integrator loops(15) from a source resistor. The amplifier stage(14) is arranged between the input folded cascode stage(12) and the two integrator loops(15) to control a pass band gain. The output buffer(16) is connected to output stages of the two integrator loops(15).
    • 提供超宽带有源差分信号低通滤波器以减少数字接口并通过实现全差分模式来提高线性度。 超宽带有源差分信号低通滤波器包括两个积分器回路(15),输入折叠共源共栅级(12),放大级(14)和输出缓冲器(16)。 两个积分器回路(15)具有负的电阻负载。 输入折叠共源共栅级(12)将两个积分器回路(15)与源极电阻隔离。 放大器级(14)被布置在输入折叠共源共栅级(12)和两个积分器回路(15)之间,以控制通带增益。 输出缓冲器(16)连接到两个积分器回路(15)的输出级。
    • 43. 发明公开
    • 노이즈 방지용 공유 라인을 갖는 반도체 장치
    • 具有预防噪声的通用线路的半导体器件
    • KR1020020049208A
    • 2002-06-26
    • KR1020000078320
    • 2000-12-19
    • 에스케이하이닉스 주식회사
    • 이종천
    • H03H11/00
    • H03H11/00H03H7/0161H03H7/12H03H11/04
    • PURPOSE: A semiconductor device having a common line for noise prevention is provided, which transmits a filtered ground voltage(Vss) to the common line to prevent a level of a reference voltage(Vref) from being varied due to noise generated in a ground voltage transmission line. CONSTITUTION: According to the semiconductor device having a common line for noise prevention, a filter circuit part(20) removes noise by inputting a ground voltage(Vss)(1). And a common line is used in common as a line for transmitting the ground voltage whose noise is removed in the filter circuit part and a line for transmitting a reference voltage. The filter circuit part is a low pass filter, a band pass filter, a band stop filter, a high pass filter, a resistor or a resistor and a diode connected in parallel.
    • 目的:提供具有用于防噪声的公共线的半导体器件,其将公共线路的滤波后的接地电压(Vss)发送到公共线路,以防止参考电压(Vref)的电平由于接地电压中产生的噪声而变化 传输线。 构成:根据具有防止噪声的公共线路的半导体装置,滤波电路部(20)通过输入接地电压(Vss)(1)来消除噪声。 并且公共线被用作传输在滤波器电路部分中去除噪声的接地电压的线路和用于发送参考电压的线路。 滤波器电路部分是并联连接的低通滤波器,带通滤波器,带阻滤波器,高通滤波器,电阻器或电阻器和二极管。
    • 46. 发明公开
    • 통과대역 평탄도 보상기능을 갖는 통신 시스템
    • 具有补偿通带宽度的功能的通信系统
    • KR1020020060145A
    • 2002-07-16
    • KR1020020036453
    • 2002-06-27
    • 주식회사 아모텍윤상원
    • 윤상원황희용
    • H03H7/00
    • H03H7/0123H03H7/0161H03H7/075H03H11/00
    • PURPOSE: A communication system having a function of compensating for flatness of a passed band is provided to improve flatness of a riffle by using a flatness compensation circuit including a complementary band pass filter. CONSTITUTION: An amplification circuit(11) is installed at a rear end portion of a communication system to amplify an input signal. The amplification circuit(11) is connected with a main band pass filter in order to improve a total loss of a circuit. A complementary band pass filter(12) is connected with the amplification circuit(11). The complementary band pass filter(12) generates a riffle having an opposite characteristic to a riffle of the main band pass filter in order to improve flatness of the distorted riffle of the main band pass filter. The first attenuation circuit(13) is used for improving a characteristic of a reflection loss of the complementary band pass filter(12).
    • 目的:提供一种具有补偿通过频带的平坦度的功能的通信系统,以通过使用包括互补带通滤波器的平坦度补偿电路来提高滤波器的平坦度。 构成:放大电路(11)安装在通信系统的后端部分以放大输入信号。 放大电路(11)与主带通滤波器连接,以提高电路的总损耗。 互补带通滤波器(12)与放大电路(11)连接。 互补带通滤波器(12)产生具有与主带通滤波器的滤波器相反的特性的滤波器,以便改善主带通滤波器的失真滤波器的平坦度。 第一衰减电路(13)用于提高互补带通滤波器(12)的反射损耗的特性。
    • 48. 发明授权
    • 재귀형 하프밴드 필터 및 이를 이용한 필터링 방법
    • 回收式半带过滤器,以及使用过滤器进行FILTER的方法
    • KR101315891B1
    • 2013-10-14
    • KR1020120077774
    • 2012-07-17
    • 숭실대학교산학협력단
    • 김종훈이원철장형민백대성
    • H03H17/00
    • H03H17/00H03H11/00H03H17/0238H03H17/0241
    • PURPOSE: A recursive type half band filter and a filtering method using the same are provided to replace multilevel half band filter with one half band filter. CONSTITUTION: A recursive type half band filter (100) comprises a first storing part (110), a second storing part (120), a calculating part (130), and a controlling part (140). The first storing part controls first input data among a plurality of input data composed of first input data and second input data, which are sequentially repeated at least once, to be impeded prior to be stored before second input data is inputted. The second storing part stores second input data. The calculating part multiplies the second input data with a predetermined filter coefficient before adding to the first input data, which is stored at the first storing part, for producing output data. Whether the output data is predetermined final output data allows the controlling part to determine the output data as final output data or as new input data. [Reference numerals] (110) First storing part; (120) Second storing part; (130) Calculating part; (141) Input controlling part; (142) Output controlling part; (143) Calculation stage control part; (144) Address control part
    • 目的:提供递归型半带滤波器和使用其的滤波方法,以用一个半带滤波器代替多电平半带滤波器。 构成:递归型半带滤波器(100)包括第一存储部分(110),第二存储部分(120),计算部分(130)和控制部分(140)。 第一存储部分控制在输入第二输入数据之前被阻止的在第一输入数据和第二输入数据组成的多个输入数据中的第一输入数据,这些输入数据被顺序重复至少一次。 第二存储部存储第二输入数据。 计算部分将第二输入数据与预定的滤波器系数相乘,然后将其存储在第一存储部分处的第一输入数据相加,以产生输出数据。 输出数据是否是预定的最终输出数据允许控制部分将输出数据确定为最终输出数据或作为新的输入数据。 (附图标记)(110)第一存储部; (120)第二储存部; (130)计算部分; (141)输入控制部分; (142)输出控制部; (143)计算阶段控制部分; (144)地址控制部分
    • 49. 发明公开
    • 동축케이블의 신호 균등화장치
    • 同轴电缆信号均衡器
    • KR1020100008823A
    • 2010-01-27
    • KR1020080069397
    • 2008-07-17
    • (주)창흥텔레콤최수봉
    • 진병윤최수봉
    • H01P3/06H03H11/00
    • H01P3/06H03B5/1253H03F3/50H03H11/00
    • PURPOSE: A signal equalizing apparatus of a coaxial cable is provided to recover the distorted signal to an original state by compensating for gain attenuation on a high frequency band through an RLC resonant circuit and an amplification circuit. CONSTITUTION: An RLC resonance circuit(11) includes a first coil, a first register, and a variable capacitor. The first coil is serially connected between an input terminal of a coaxial cable and an amplification circuit(12). The first register and the variable capacitor are connected in parallel to both sides of the first coil. The amplification circuit includes a first NPN transistor, a second bias register, and a third bias register. The second and third bias registers are connected between a collector terminal and a base terminal, and between an emitter terminal and the base terminal of the first NPN transistor.
    • 目的:提供同轴电缆的信号均衡装置,通过RLC谐振电路和放大电路补偿高频带上的增益衰减,将失真信号恢复到原始状态。 构成:RLC谐振电路(11)包括第一线圈,第一寄存器和可变电容器。 第一线圈串联连接在同轴电缆的输入端和放大电路(12)之间。 第一寄存器和可变电容器并联连接到第一线圈的两侧。 放大电路包括第一NPN晶体管,第二偏置寄存器和第三偏置寄存器。 第二和第三偏置寄存器连接在集电极端子和基极端子之间,并且连接在第一NPN晶体管的发射极端子和基极端子之间。
    • 50. 发明公开
    • 높은 인덕턴스값과 튜닝 커패시터를 이용한 소형화된 대역통과 여파기 설계
    • 使用电感值高和电容调谐结构的微型BANDPASS滤波器设计
    • KR1020060127581A
    • 2006-12-13
    • KR1020050048758
    • 2005-06-08
    • 김유선
    • 김유선
    • H03H11/00H03H7/00
    • H03H11/00H01P1/20H01P1/203H03H2001/0085
    • A design of a miniature band pass filter using a high value of inductance and a tuning structure of a capacitor is provided to miniaturize a band pass filter by positioning lumped elements and a transistor on the ground. A design of a miniature band pass filter using a high value of inductance and a tuning structure of a capacitor includes a process for tuning the capacitor by using a fringing effect of a multi-layer electrode plate. The design further includes a process for miniaturizing a resonator and tuning the inductance by using an additional inductance component obtained by folding an inductor three times. The design further includes a process for forming a multiple connection structure.
    • 提供使用高电感值和电容器的调谐结构的微型带通滤波器的设计,以通过将集总元件和晶体管定位在地面上来使带通滤波器小型化。 使用高电感值和电容器的调谐结构的微型带通滤波器的设计包括通过使用多层电极板的边缘效应来调谐电容器的工艺。 该设计还包括通过使用通过将电感器折叠三次而获得的附加电感分量来使谐振器小型化并调谐电感的过程。 该设计还包括用于形成多重连接结构的工艺。