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    • 4. 发明公开
    • INDUCTOR CAPACITOR TANK FOR RESONATOR
    • 用于谐振器的电感电容器罐
    • EP3093989A1
    • 2016-11-16
    • EP16158392.7
    • 2016-03-03
    • MediaTek, Inc
    • WANG, Kun-YinCHIU, Wei-HaoLIN, Ang-Sheng
    • H03H5/12
    • H03H7/0115H01F17/0006H01F2017/0073H03H5/12
    • An inductor capacitor (LC) tank (100) includes a first inductor (L) and a first tunable capacitive array (C 1 ). The first inductor (L) has a first terminal (N1) and a second terminal (N2), and the first tunable capacitive array (C 1 ) has a first terminal and a second terminal. The first tunable capacitive array (C 1 ) is at a path branching from a first point (VxP) between the first terminal (N1) and the second terminal (N2) of the first inductor (L), the first terminal of the first tunable capacitive array (C 1 ) is coupled to the first point (VxP), and the second terminal of the first tunable capacitive array (C 1 ) and the second terminal (N2) of the first inductor (L) are coupled to a reference voltage.
    • 电感器电容器(LC)槽(100)包括第一电感器(L)和第一可调谐电容阵列(C1)。 第一电感器(L)具有第一端子(N1)和第二端子(N2),并且第一可变电容阵列(C1)具有第一端子和第二端子。 第一可调容性阵列(C1)处于从第一电感器(L)的第一端子(N1)和第二端子(N2)之间的第一点(VxP)分支的路径,第一可调电容器 阵列(C1)耦合到第一点(VxP),并且第一可变电容阵列(C1)的第二端子和第一电感器(L)的第二端子(N2)耦合到参考电压。
    • 5. 发明公开
    • CURRENT GENERATING CIRCUIT, CURRENT GENERATING METHOD, CHARGE PUMPING CIRCUIT AND CHARGE PUMPING METHOD
    • STRANGGENERATORSCHALTUNG,VERFAHREN ZUR STRMERZEUGUNG,LADUNGSPUMPENSUNGALT UND LADUNGSPUMPENVERFAHREN
    • EP3046239A1
    • 2016-07-20
    • EP15168507.0
    • 2015-05-20
    • MediaTek, Inc
    • CHIU, Wei-HaoLIN, Ang-Sheng
    • H02M3/07
    • H02M3/07
    • A current generating circuit (200), which comprises: a first capacitor (C_1), comprising a first terminal and a second terminal; a second capacitor (C_2), comprising a first terminal and a second terminal; a first charge adjusting path (CP_1), arranged for adjusting charges of the first capacitor according to a first charge adjusting voltage (V_1); a second charge adjusting path (CP_2), arranged for adjusting charges of the second capacitor (C_2) according to the first charge adjusting voltage; and a current generating path (201), coupled to the first capacitor and the second capacitor, arranged for generating a target current (I_T) based on a difference between a first voltage (V_1) provided by the first capacitor (C_1) and a second voltage (V_2) provided by the second capacitor (C_2).
    • 一种电流产生电路(200),包括:第一电容器(C_1),包括第一端子和第二端子; 第二电容器(C_2),包括第一端子和第二端子; 第一电荷调整路径(CP_1),被布置为根据第一电荷调节电压(V_1)调整第一电容器的电荷; 第二电荷调整路径(CP_2),被布置为根据第一电荷调节电压调整第二电容器(C_2)的电荷; 和连接到所述第一电容器和所述第二电容器的电流产生路径(201),被布置成基于由所述第一电容器(C_1)提供的第一电压(V_1)和第二电容器(C_1)之间的差产生目标电流(I_T) 电压(V_2)由第二电容器(C_2)提供。
    • 8. 发明公开
    • LC-TANK OSCILLATOR HAVING INTRINSIC LOW-PASS FILTER
    • LC-TANK-OSZILLATOR MIT INTRINSISCHEM TIEFPASSFILTER
    • EP3157167A1
    • 2017-04-19
    • EP16190134.3
    • 2016-09-22
    • MediaTek Inc.
    • CHIU, Wei-HaoCHUEH, Tzu-ChanLIN, Ang-Sheng
    • H03B5/12
    • H03B5/1212H03B5/1228H03B5/1268H03B2200/0082
    • An oscillator (100) for generating oscillation signals at two output terminals (N1, N2) includes an inductor (120) coupled between the two output terminals (N1, N2), a capacitor (110) coupled between the two output terminals (N1, N2), two P-type transistors (MP1, MP2) and two N-type transistors (MN1, MN2). Source electrodes of the two P-type transistors (MP1, MP2) are coupled to a supply voltage, and gate electrodes of the two P-type transistors (MP1, MP2) are coupled to the two output terminals (N1, N2), respectively. Source electrodes of the two N-type transistors (MN1, MN2) are coupled to a supply voltage, gate electrodes of the two N-type transistors (MN1, MN2) are coupled to the two output terminals (N1, N2), respectively, and drain electrodes of the two N-type transistors (MN1, MN2) are coupled to drain electrodes of the two P-type transistors (MP1, MP2), respectively. In addition, the drain electrodes of the two N-type transistors (MN1, MN2) are coupled to two internal nodes of the inductor (120).
    • 一种用于在两个输出端子(N1,N2)产生振荡信号的振荡器(100)包括耦合在两个输出端子(N1,N2)之间的电感器(120),耦合在两个输出端子 N2),两个P型晶体管(MP1,MP2)和两个N型晶体管(MN1,MN2)。 两个P型晶体管(MP1,MP2)的源电极耦合到电源电压,并且两个P型晶体管(MP1,MP2)的栅电极分别耦合到两个输出端子(N1,N2) 。 两个N型晶体管(MN1,MN2)的源电极耦合到电源电压,两个N型晶体管(MN1,MN2)的栅极电极分别耦合到两个输出端子(N1,N2) 并且两个N型晶体管(MN1,MN2)的漏电极分别耦合到两个P型晶体管(MP1,MP2)的漏电极。 此外,两个N型晶体管(MN1,MN2)的漏电极耦合到电感器(120)的两个内部节点。