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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。
    • 5. 发明申请
    • Dual-system transmitting and receiving device
    • 双系统发射和接收设备
    • US20080008271A1
    • 2008-01-10
    • US11822842
    • 2007-07-10
    • Kwang Du LeeYu Sin KimSang Gyu ParkChang Soo Yang
    • Kwang Du LeeYu Sin KimSang Gyu ParkChang Soo Yang
    • H03D3/00H04L27/06H03D1/00H03K9/10
    • H04L27/001H04B1/0483H04B1/7163
    • Provided is a dual-system transmitting device comprising a chaos signal generator that generates a chaos signal; a band-pass filter that filters the generated chaos signal into a signal within an information transmission bandwidth preset in a transmission side; an impulse signal generator that generates an impulse signal synchronized with a transmitted signal; a switching element that selectively outputs the chaos signal passing through the band-pass filter and the generated impulse signal; an amplifier that amplifies the signal selected by the switching element; and a signal transmitting unit that transmits the signal amplified by the amplifier through an antenna. When the signal amplified by the amplifier is a chaos signal, the signal transmitting unit modulates the amplified signal through an OOK (on-off keying) scheme such that the signal is transmitted as a carrier of a transmitted signal. When the signal amplified by the amplifier is an impulse signal, the signal transmitting unit passes the signal to transmit.Provided is a dual-system receiving device, which is applied to both a received signal using a chaos signal as a carrier and a received signal using an impulse signal as a carrier, the dual-system receiving device comprising a band-pass filter that filters a received signal into a signal within an information transmission bandwidth preset in a reception side; an amplifier that amplifies the filtered received signal; a first demodulator that, when the amplified received signal is a received signal using a chaos signal as a carrier, demodulates the amplified received signal; a second demodulator that, when the amplified received signal is a received signal using an impulse signal as a carrier, demodulates the amplified received signal; and a switching element that selectively outputs the received signal amplified by the amplifier to the first or second demodulator.
    • 提供了一种双系统发射装置,其包括产生混沌信号的混沌信号发生器; 带通滤波器,其将产生的混沌信号滤波成在发送侧预设的信息传输带宽内的信号; 产生与发送信号同步的脉冲信号的脉冲信号发生器; 选择性地输出通过带通滤波器的紊乱信号和产生的脉冲信号的开关元件; 放大器,放大由开关元件选择的信号; 以及信号发送单元,其通过天线发送由放大器放大的信号。 当由放大器放大的信号是混沌信号时,信号发送单元通过OOK(开关键控)方式来调制放大的信号,使得信号作为发送信号的载波被发送。 当由放大器放大的信号是脉冲信号时,信号发送单元通过信号进行发送。 提供了一种双系统接收装置,其被应用于使用混沌信号作为载波的接收信号和使用脉冲信号作为载波的接收信号,该双系统接收装置包括滤波器 将接收到的信号输入到在接收侧预设的信息传输带宽内的信号中; 放大器,滤波后的接收信号; 第一解调器,当放大的接收信号是使用混沌信号作为载波的接收信号时,解调放大的接收信号; 第二解调器,当放大的接收信号是使用脉冲信号作为载波的接收信号时,解调放大的接收信号; 以及选择性地将由放大器放大的接收信号输出到第一或第二解调器的开关元件。
    • 9. 发明授权
    • Radio frequency switch circuit
    • 射频开关电路
    • US08461919B2
    • 2013-06-11
    • US13016349
    • 2011-01-28
    • Yu Sin KimYoun Suk KimDong Hyun BaekSun Woo Yoon
    • Yu Sin KimYoun Suk KimDong Hyun BaekSun Woo Yoon
    • H01L25/00
    • H03K17/94H01L2924/0002H01L2924/00
    • A radio frequency (RF) switch circuit in which an RF switch and a switch controller are formed on a single CMOS substrate and floating resistors are connected to a deep N type well substrate, an N type well substrate, and a P type well substrate to thereby increase linearity with respect to input power. In the RF switch having at least one NMOS (N type Metal Oxide Semiconductor) switch changing a transmission path of an RF signal, an N type terminal formed on a first deep N type well substrate receives driving power through a floating resistor, a P type terminal formed on a first P type substrate receives body power through a floating resistor, and the two N type terminals formed on the first P type substrate receive gate power through a floating resistor, and in the switch controller having at least one NMOS switch and at least one PMOS (P type Metal Oxide Semiconductor) switch controlling changing of a path of the RF switch, an N type terminal formed on a second deep N type well substrate and an N type terminal formed on the first N type substrate receive driving power through floating resistors.
    • 将RF开关和开关控制器形成在单个CMOS基板上的浮动开关电路和浮动电阻器连接到深N型阱基板,N型阱基板和P型阱基板, 从而相对于输入功率增加线性度。 在具有改变RF信号的传输路径的至少一个NMOS(N型金属氧化物半导体)开关的RF开关中,形成在第一深N型阱基板上的N型端子通过浮动电阻器接收驱动电力,P型 形成在第一P型基板上的端子通过浮动电阻器接收主体电力,并且形成在第一P型基板上的两个N型端子通过浮动电阻器接收栅极电力,并且在具有至少一个NMOS开关的开关控制器中 控制RF开关的路径变化的至少一个PMOS(P型金属氧化物半导体)开关,形成在第二深N型阱基板上的N型端子和形成在第一N型基板上的N型端子接收驱动电力 浮动电阻
    • 10. 发明申请
    • RESISTOR-SHARING SWITCHING CIRCUIT
    • 电阻共享切换电路
    • US20130015903A1
    • 2013-01-17
    • US13532554
    • 2012-06-25
    • Yu Sin KimSung Hwan Park
    • Yu Sin KimSung Hwan Park
    • H03K17/56
    • H03K17/693H03K2217/0018
    • Disclosed herein is a resistor-sharing switching circuit, including: a first switching element turning on/off between a first input and output terminal and a second input and output terminal; a second switching element turning on/off between the first input and output terminal and a third input and output terminal; a signal transmission unit connected to both a control terminal of the first switching element and a control terminal of the second switching element; and a resistor having one end connected to the signal transmission unit and the other end connected to a control signal input terminal.
    • 这里公开了一种电阻共享切换电路,包括:第一开关元件在第一输入和输出端子与第二输入和输出端子之间接通/断开; 第二开关元件在第一输入和输出端子与第三输入和输出端子之间接通/断开; 连接到第一开关元件的控制端子和第二开关元件的控制端子的信号传输单元; 以及电阻器,其一端连接到信号传输单元,另一端连接到控制信号输入端。