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    • 1. 发明授权
    • Variable gain amplifier and high-frequency signal receiving apparatus comprising the same
    • 可变增益放大器和包括该可变增益放大器的高频信号接收装置
    • US08081033B2
    • 2011-12-20
    • US13107598
    • 2011-05-13
    • Ryangsu KimGeorge Hayashi
    • Ryangsu KimGeorge Hayashi
    • H03F1/22
    • H03G1/0029H03F1/223H03F3/72H03G3/3068
    • A cascode amplification unit includes a plurality of cascode amplifiers connected in parallel. Each of the cascode amplifiers has two transistors. A cascode current source unit includes a plurality of cascode current sources connected in parallel. Each of the cascode current sources has two transistors. Both the output end of the cascode amplification unit and the output end of the cascode current source unit are connected to a load circuit. The control circuit turns on and off each cascode transistor of the cascode amplifier and each cascode transistor of the cascode current source so that an amount of current passing through the load circuit is constant.
    • 共射共基放大单元包括并联连接的多个共源共栅放大器。 每个共源共栅放大器都有两个晶体管。 共源共栅电流源单元包括并联连接的多个共源共栅电流源。 每个共源共栅电流源都有两个晶体管。 共源共栅放大单元的输出端和共源共栅电流源单元的输出端都连接到负载电路。 控制电路打开和关闭共源共栅放大器的每个共源共栅晶体管和共源共栅电流源的每个共源共栅晶体管,使得通过负载电路的电流量是恒定的。
    • 2. 发明授权
    • High frequency power detector circuit and radio communication device
    • 高频功率检测电路和无线通信装置
    • US08736249B2
    • 2014-05-27
    • US13238808
    • 2011-09-21
    • Ryangsu Kim
    • Ryangsu Kim
    • G01R35/04G01R27/08G01R19/00G01R27/02
    • G01R35/04G01R19/0092G01R27/02H03G3/3036
    • A first envelope detector circuit and a second envelope detector circuit are the same in circuit configuration, where the former detects an input high frequency signal, and the latter generates a reference voltage for power level detection. A detector detects an output voltage of a selector configured to select an output of the first envelope detector circuit with reference to an output voltage of a selector configured to select an output of the second envelope detector circuit. A controller controls an input selector to determine and store control values for the two selectors during input of a high frequency reference signal generated by a high frequency reference signal generating unit, and controls the two selectors by using the stored control values when an actual high frequency signal is input.
    • 第一包络检测器电路和第二包络检测器电路在电路配置中相同,其中前者检测输入高频信号,后者产生用于功率电平检测的参考电压。 检测器检测被配置为参考被配置为选择第二包络检测器电路的输出的选择器的输出电压来选择第一包络检测器电路的输出的选择器的输出电压。 一个控制器控制输入选择器来确定并存储由高频参考信号产生单元产生的高频参考信号的输入期间两个选择器的控制值,并且当实际的高频 信号被输入。
    • 3. 发明申请
    • HIGH FREQUENCY POWER DETECTOR CIRCUIT AND RADIO COMMUNICATION DEVICE
    • 高频电力检测电路和无线电通信设备
    • US20120007580A1
    • 2012-01-12
    • US13238808
    • 2011-09-21
    • Ryangsu KIM
    • Ryangsu KIM
    • G01R35/00
    • G01R35/04G01R19/0092G01R27/02H03G3/3036
    • A first envelope detector circuit and a second envelope detector circuit are the same in circuit configuration, where the former detects an input high frequency signal, and the latter generates a reference voltage for power level detection. A detector detects an output voltage of a selector configured to select an output of the first envelope detector circuit with reference to an output voltage of a selector configured to select an output of the second envelope detector circuit. A controller controls an input selector to determine and store control values for the two selectors during input of a high frequency reference signal generated by a high frequency reference signal generating unit, and controls the two selectors by using the stored control values when an actual high frequency signal is input.
    • 第一包络检测器电路和第二包络检测器电路在电路配置中相同,其中前者检测输入高频信号,后者产生用于功率电平检测的参考电压。 检测器检测被配置为参考被配置为选择第二包络检测器电路的输出的选择器的输出电压来选择第一包络检测器电路的输出的选择器的输出电压。 一个控制器控制输入选择器来确定并存储由高频参考信号产生单元产生的高频参考信号的输入期间两个选择器的控制值,并且当实际的高频 信号被输入。
    • 4. 发明授权
    • High frequency power detector circuit and radio communication device
    • 高频功率检测电路和无线通信装置
    • US07995977B2
    • 2011-08-09
    • US12247658
    • 2008-10-08
    • Ryangsu KimHiroshi Kimura
    • Ryangsu KimHiroshi Kimura
    • H04B1/04
    • H03G3/3052G01R21/12
    • First and second envelope detector circuits have, respectively, a resistance row, a capacitative element connected to the resistance row in parallel and a transistor connected between a connection point between the resistance row and the capacitative element and a predetermined voltage node. An output of a level shifter is supplied to a gate or a base of the transistor of the first envelope detector circuit. A predetermined voltage is supplied to a gate or a base of the transistor of the second envelope detector circuit. A detector detects an intermediate terminal voltage of the resistance row of the first envelope detector circuit with reference to a total voltage or an intermediate terminal voltage of the resistance row of the second envelope detector circuit.
    • 第一和第二包络检测器电路分别具有电阻行,并联连接到电阻行的电容元件和连接在电阻行与电容元件之间的连接点和预定电压节点之间的晶体管。 电平移位器的输出被提供给第一包络检测器电路的晶体管的栅极或基极。 预定电压被提供给第二包络检测器电路的晶体管的栅极或基极。 检测器参照第二包络检测器电路的电阻行的总电压或中间端子电压来检测第一包络检测器电路的电阻行的中间端子电压。
    • 6. 发明申请
    • High-Frequency Amplifier, and Transmission/Reception System
    • 高频放大器和发射/接收系统
    • US20080247338A1
    • 2008-10-09
    • US11918040
    • 2006-04-07
    • Ryangsu KimJoji Hayashi
    • Ryangsu KimJoji Hayashi
    • H04J3/00H03F3/24H03F3/195
    • H03F3/245H03F3/195H03F3/45179H03F2203/45361H03F2203/45394H03F2203/45638
    • In a high-frequency amplifier for amplifying transmission and reception signals, an integrated circuit area is reduced to reduce production costs. A high-frequency amplifier (101) includes a reception signal amplifying part (102), a transmission signal amplifying part (103), and a spiral inductor (104). An output of the reception signal amplifying part (102) is connected with an output of the transmission signal amplifying part (103) to be an output terminal OUT of the high-frequency amplifier (101). The single spiral inductor (104) is connected to the output terminal OUT. This spiral inductor (104) is used as a load common to the reception signal amplifying part (102) and the transmission signal amplifying part (103). Thereby, the area of the integrated circuit is reduced, and the production cost is reduced.
    • 在用于放大发送和接收信号的高频放大器中,降低了集成电路面积以降低生产成本。 高频放大器(101)包括接收信号放大部(102),发送信号放大部(103)和螺旋电感(104)。 接收信号放大部(102)的输出与发送信号放大部(103)的输出端连接,作为高频放大器(101)的输出端子OUT。 单个螺旋电感器(104)连接到输出端子OUT。 该螺旋电感器(104)用作接收信号放大部分(102)和发送信号放大部分(103)共同的负载。 由此,集成电路的面积减小,生产成本降低。
    • 7. 发明授权
    • High-frequency amplifier, and transmission/reception system
    • 高频放大器和发射/接收系统
    • US07877063B2
    • 2011-01-25
    • US11918040
    • 2006-04-07
    • Ryangsu KimJoji Hayashi
    • Ryangsu KimJoji Hayashi
    • H04B1/38H04B1/44H04J3/00H03F3/04
    • H03F3/245H03F3/195H03F3/45179H03F2203/45361H03F2203/45394H03F2203/45638
    • In a high-frequency amplifier for amplifying transmission and reception signals, an integrated circuit area is reduced to reduce production costs. A high-frequency amplifier (101) includes a reception signal amplifying part (102), a transmission signal amplifying part (103), and a spiral inductor (104). An output of the reception signal amplifying part (102) is connected with an output of the transmission signal amplifying part (103) to be an output terminal OUT of the high-frequency amplifier (101). The single spiral inductor (104) is connected to the output terminal OUT. This spiral inductor (104) is used as a load common to the reception signal amplifying part (102) and the transmission signal amplifying part (103). Thereby, the area of the integrated circuit is reduced, and the production cost is reduced.
    • 在用于放大发送和接收信号的高频放大器中,降低了集成电路面积以降低生产成本。 高频放大器(101)包括接收信号放大部(102),发送信号放大部(103)和螺旋电感(104)。 接收信号放大部(102)的输出与发送信号放大部(103)的输出端连接,作为高频放大器(101)的输出端子OUT。 单个螺旋电感器(104)连接到输出端子OUT。 该螺旋电感器(104)用作接收信号放大部分(102)和发送信号放大部分(103)共同的负载。 由此,集成电路的面积减小,生产成本降低。
    • 8. 发明申请
    • HIGH FREQUENCY POWER DETECTOR CIRCUIT AND RADIO COMMUNICATION DEVICE
    • 高频电力检测电路和无线电通信设备
    • US20090108832A1
    • 2009-04-30
    • US12247658
    • 2008-10-08
    • Ryangsu KIMHiroshi Kimura
    • Ryangsu KIMHiroshi Kimura
    • G01R21/06
    • H03G3/3052G01R21/12
    • First and second envelope detector circuits have, respectively, a resistance row, a capacitative element connected to the resistance row in parallel and a transistor connected between a connection point between the resistance row and the capacitative element and a predetermined voltage node. An output of a level shifter is supplied to a gate or a base of the transistor of the first envelope detector circuit. A predetermined voltage is supplied to a gate or a base of the transistor of the second envelope detector circuit. A detector detects an intermediate terminal voltage of the resistance row of the first envelope detector circuit with reference to a total voltage or an intermediate terminal voltage of the resistance row of the second envelope detector circuit.
    • 第一和第二包络检测器电路分别具有电阻行,并联连接到电阻行的电容元件和连接在电阻行与电容元件之间的连接点和预定电压节点之间的晶体管。 电平移位器的输出被提供给第一包络检测器电路的晶体管的栅极或基极。 预定电压被提供给第二包络检测器电路的晶体管的栅极或基极。 检测器参照第二包络检测器电路的电阻行的总电压或中间端子电压来检测第一包络检测器电路的电阻行的中间端子电压。