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    • 1. 发明申请
    • METHOD FOR COMPENSATING PERFORMANCE DEGRADATION OF RFIC USING EM SIMULATION
    • 使用EM模拟来补偿RFIC性能降低的方法
    • US20080134112A1
    • 2008-06-05
    • US11943211
    • 2007-11-20
    • Yu Sin KimChang Seok LeeChang Soo YangKwang Du LeeHak Sun Kim
    • Yu Sin KimChang Seok LeeChang Soo YangKwang Du LeeHak Sun Kim
    • G06F17/50
    • G06F17/5068G06F17/5036
    • Provided is a method for compensating performance degradation of a radio frequency integrated circuit (RFIC) using an EM simulation. The method includes the steps of: (a) extracting the design specifications of the RFIC so as design and simulate a circuit; (b) designing the layout of the designed and simulated circuit, and extracting layout parameters by using the designed layout; (c) simplifying the layout and carrying out the EM simulation to extract performance parameters; (d) carrying out a circuit simulation by using the extracted layout parameters and performance parameters, and judging whether the results of the circuit simulation satisfy the design specifications of the RFIC or not; (e) when it is judged that the results of the circuit simulation satisfy the design specifications of the RFIC, performing a circuit manufacturing process; and (f) when it is not judged that the results of the circuit simulation satisfy the design specifications of the RFIC, partially removing the layout, and carrying out the EM simulation, thereby analyzing and compensating a performance degradation region.
    • 提供了一种使用EM模拟来补偿射频集成电路(RFIC)的性能劣化的方法。 该方法包括以下步骤:(a)提取RFIC的设计规范,以设计和模拟电路; (b)设计和仿真电路的布局设计,并通过设计布局提取布局参数; (c)简化布局并执行EM仿真以提取性能参数; (d)使用提取的布局参数和性能参数进行电路仿真,判断电路仿真结果是否符合RFIC的设计规范; (e)当判断电路仿真的结果满足RFIC的设计规范时,执行电路制造过程; 和(f)当不判断电路仿真的结果满足RFIC的设计规范时,部分地去除布局并进行EM仿真,从而分析和补偿性能退化区域。
    • 2. 发明授权
    • Method for compensating performance degradation of RFIC using EM simulation
    • 使用EM模拟来补偿RFIC性能下降的方法
    • US07954079B2
    • 2011-05-31
    • US11943211
    • 2007-11-20
    • Yu Sin KimChang Seok LeeChang Soo YangKwang Du LeeHak Sun Kim
    • Yu Sin KimChang Seok LeeChang Soo YangKwang Du LeeHak Sun Kim
    • G06F17/50
    • G06F17/5068G06F17/5036
    • Provided is a method for compensating performance degradation of a radio frequency integrated circuit (RFIC) using an EM simulation. The method includes the steps of: (a) extracting the design specifications of the RFIC so as design and simulate a circuit; (b) designing the layout of the designed and simulated circuit, and extracting layout parameters by using the designed layout; (c) simplifying the layout and carrying out the EM simulation to extract performance parameters; (d) carrying out a circuit simulation by using the extracted layout parameters and performance parameters, and judging whether the results of the circuit simulation satisfy the design specifications of the RFIC or not; (e) when it is judged that the results of the circuit simulation satisfy the design specifications of the RFIC, performing a circuit manufacturing process; and (f) when it is not judged that the results of the circuit simulation satisfy the design specifications of the RFIC, partially removing the layout, and carrying out the EM simulation, thereby analyzing and compensating a performance degradation region.
    • 提供了一种使用EM模拟来补偿射频集成电路(RFIC)的性能劣化的方法。 该方法包括以下步骤:(a)提取RFIC的设计规范,以设计和模拟电路; (b)设计和仿真电路的布局设计,并通过设计布局提取布局参数; (c)简化布局并执行EM仿真以提取性能参数; (d)使用提取的布局参数和性能参数进行电路仿真,判断电路仿真结果是否满足RFIC的设计规范; (e)当判断电路仿真的结果满足RFIC的设计规范时,执行电路制造过程; 和(f)当不判断电路仿真的结果满足RFIC的设计规范时,部分地去除布局并进行EM仿真,从而分析和补偿性能退化区域。
    • 3. 发明申请
    • I/Q REGENERATION DEVICE OF FIVE-PORT NETWORK
    • I / Q五端口网络再生设备
    • US20080205536A1
    • 2008-08-28
    • US12037537
    • 2008-02-26
    • Sang Yub LeeHyung Cheol ParkChang Soo YangHak Sun Kim
    • Sang Yub LeeHyung Cheol ParkChang Soo YangHak Sun Kim
    • H04L23/02
    • H04L27/3845
    • There is provided an I/Q regeneration device of a five-port network which adopts a single-frequency continuous wave signal in place of a specific modulated signal such as a QPSK signal to estimate an I/Q regeneration parameter of the five-port network. The I/Q regeneration device of the five-port network including: a five-port network distributing an input signal as three signals and adding the three signals to first, second and third carrier signals, respectively to output first, second and third phase signals each having a phase different from one another; a power detection part detecting a power of each of the first, second and third phase signals from the five-port network to output first, second and third power detection signals; and a post-processing part restoring original data in response to the first, second and third power detection signals.
    • 提供了一种五端口网络的I / Q再生装置,其采用单频连续波信号代替诸如QPSK信号的特定调制信号来估计五端口网络的I / Q再生参数 。 五端口网络的I / Q再生装置包括:分配输入信号作为三个信号的五端口网络,并将三个信号分别相加于第一,第二和第三载波信号,以输出第一,第二和第三相位信号 每个具有彼此不同的相位; 功率检测部分,检测来自五端口网络的第一,第二和第三相位信号中的每一个的功率,以输出第一,第二和第三功率检测信号; 以及后处理部分,响应于第一,第二和第三功率检测信号来恢复原始数据。
    • 6. 发明授权
    • Dual band receiver
    • 双频段接收机
    • US07953383B2
    • 2011-05-31
    • US12191775
    • 2008-08-14
    • Sang Do ChoSang Hyun ChoJin Ho KoHak Sun KimYoo Sam Na
    • Sang Do ChoSang Hyun ChoJin Ho KoHak Sun KimYoo Sam Na
    • H04B1/06
    • G01S19/33
    • There is provided a dual band receiver receiving frequency signals in different bands, the receiver including: a first down converter converting a first band signal into a first intermediate frequency signal; a second down converter converting a second band signal into a second intermediate frequency signal; a first voltage control oscillator supplying a first oscillation frequency to the first down converter; a second voltage control oscillator supplying a second oscillation frequency to the second down converter; a first filter passing the first intermediate frequency signal within a desired bandwidth; a second filter passing the second intermediate frequency signal within a desired bandwidth; and a clock generator converting the first oscillation frequency of the first voltage control oscillator into sampling frequencies corresponding to integer multiples of first and second oscillation frequencies and supplying the sampling frequencies to first and second AD converters, respectively.
    • 提供接收不同频带的频率信号的双频带接收机,该接收机包括:第一下变换器,将第一频带信号转换为第一中频信号; 将第二频带信号转换成第二中频信号的第二降压转换器; 向第一下变频器提供第一振荡频率的第一压控振荡器; 向第二下变频器提供第二振荡频率的第二压控振荡器; 第一滤波器,在所需带宽内通过所述第一中频信号; 第二滤波器,将第二中频信号通过期望的带宽; 以及时钟发生器,将第一压控振荡器的第一振荡频率转换成与第一和第二振荡频率的整数倍相对应的采样频率,并将采样频率分别提供给第一和第二AD转换器。
    • 7. 发明授权
    • Clock noise canceling circuit
    • 时钟噪声消除电路
    • US07565121B2
    • 2009-07-21
    • US11566587
    • 2006-12-04
    • Joo Yul KoHak Sun KimWon Tae ChoiWon Wook So
    • Joo Yul KoHak Sun KimWon Tae ChoiWon Wook So
    • H04B7/08
    • H03G5/005H04N1/00307
    • In a clock noise canceling circuit, a coupler extracts a signal from a clock signal. A filter selects a harmonic component of a preset frequency in the extraction signal from the coupler. A phase shifter phase inverts the harmonic component of the preset frequency from the filter. An AGC amplifier amplifies the phase-inverted harmonic component from the phase shifter. Also, a combiner combines the amplified component from the phase shifter with the clock signal to eliminate the harmonic component of the preset frequency from the clock signal. A power detector detects a power level of the harmonic component of the preset frequency in an output signal of the combiner. Additionally, a controller controls gain of the automatic gain control amplifier based on the power level of the harmonic component detected by the power detector, thereby canceling noises.
    • 在时钟噪声消除电路中,耦合器从时钟信号中提取信号。 滤波器在来自耦合器的提取信号中选择预设频率的谐波分量。 移相器相位从滤波器反转预设频率的谐波分量。 AGC放大器放大来自移相器的相位反相谐波分量。 此外,组合器将来自移相器的放大组件与时钟信号相结合,以从时钟信号中消除预设频率的谐波分量。 功率检测器在组合器的输出信号中检测预设频率的谐波分量的功率电平。 此外,控制器基于由功率检测器检测到的谐波分量的功率电平来控制自动增益控制放大器的增益,从而消除噪声。
    • 8. 发明申请
    • AUTOMATIC CONTROLLING SYSTEM FOR MAINTAINING SAFELY THE RUNNING RANGE IN THE CAR AND METHOD THEREOF
    • 用于维护汽车行驶范围的自动控制系统及其方法
    • US20090062987A1
    • 2009-03-05
    • US12281897
    • 2006-04-21
    • Hak Sun KimMun Su Jeon
    • Hak Sun KimMun Su Jeon
    • B60W30/08
    • B60W30/09B60W30/16B60W2550/306
    • Disclosed is an automatic control system and method for keeping a car at a safe distance in traffic from an obstacle or other car. The inventive automatic control system comprises: a sensing device 100 for sensing a car or an obstacle in front of the system-installed car in the traveling direction; an electronic control unit (ECU) 200 connected to the sensing device 100 and receiving electric signals transmitted from the sensing device 100 as a result of sensing a car or an obstacle so as to render a control command according to a preset program; an accelerator unit 310 for automatically controlling the deceleration of the system-installed car on the basis of the electric signal from the ECU 200; a first guide stop unit 315 which operates independently of the accelerator unit 310 and controls the vertical movement of an accelerator pedal 400; a brake unit 330 for automatically controlling the braking of the system-installed car on the basis of the electric signal from the ECU 200; and a second guide stop unit 350 which operates independently of the brake unit 330 and controls the operation of a brake pedal 400′.
    • 公开了一种用于将车辆保持在与障碍物或其他车辆的交通中的安全距离的自动控制系统和方法。 本发明的自动控制系统包括:用于在行进方向上感测系统安装的轿厢前面的汽车或障碍物的感测装置100; 连接到感测装置100的电子控制单元(ECU)200,并且接收由于感测汽车或障碍物而从感测装置100发送的电信号,以便根据预设的程序呈现控制命令; 加速器单元310,用于根据来自ECU200的电信号自动控制系统安装的轿厢的减速度; 第一引导停止单元315,其独立于加速器单元310操作并控制加速器踏板400的垂直运动; 制动单元330,用于根据来自ECU200的电信号自动控制系统安装的轿厢的制动; 以及第二引导停止单元350,其独立于制动单元330操作并控制制动踏板400'的操作。
    • 10. 发明申请
    • CLOCK NOISE CANCELING CIRCUIT
    • 时钟噪声消除电路
    • US20070195915A1
    • 2007-08-23
    • US11566587
    • 2006-12-04
    • Joo Yul KoHak Sun KimWon-Tae ChoiWon Wook So
    • Joo Yul KoHak Sun KimWon-Tae ChoiWon Wook So
    • H04L7/00H04L27/08
    • H03G5/005H04N1/00307
    • In a clock noise canceling circuit, a coupler extracts a signal from a clock signal. A filter selects a harmonic component of a preset frequency in the extraction signal from the coupler. A phase shifter phase inverts the harmonic component of the preset frequency from the filter. An AGC amplifier amplifies the phase-inverted harmonic component from the phase shifter. Also, a combiner combines the amplified component from the phase shifter with the clock signal to eliminate the harmonic component of the preset frequency from the clock signal. A power detector detects a power level of the harmonic component of the preset frequency in an output signal of the combiner. Additionally, a controller controls gain of the automatic gain control amplifier based on the power level of the harmonic component detected by the power detector, thereby canceling noises.
    • 在时钟噪声消除电路中,耦合器从时钟信号中提取信号。 滤波器在来自耦合器的提取信号中选择预设频率的谐波分量。 移相器相位从滤波器反转预设频率的谐波分量。 AGC放大器放大来自移相器的相位反相谐波分量。 此外,组合器将来自移相器的放大组件与时钟信号相结合,以从时钟信号中消除预设频率的谐波分量。 功率检测器在组合器的输出信号中检测预设频率的谐波分量的功率电平。 此外,控制器基于由功率检测器检测到的谐波分量的功率电平来控制自动增益控制放大器的增益,从而消除噪声。