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    • 15. 发明授权
    • Method and apparatus for a controlled transition rate driver
    • 受控转换率驱动程序的方法和装置
    • US6130569A
    • 2000-10-10
    • US52584
    • 1998-03-31
    • Cecil J. AswellEugene G. Dierschke
    • Cecil J. AswellEugene G. Dierschke
    • H03K19/003H03K17/04
    • H03K19/00361
    • A driver circuit (12) having a controlled transition rate is provided. The driver circuit (12) includes a first device (56) operable to switch a supply voltage to load. A second device (54) is coupled to an input for the first device (56) in source follower arrangement. A third device (66), coupled to the input for first device (56) and an output for the second device (54), is operable to function as a Miller amplifier in conjunction with the first device (56). A fourth device (152) is coupled to an input of the second device (54). The fourth device (152) is operable to function as a Miller amplifier in conjunction with the first device (56) and the second device (54). A capacitor (68) is coupled between an output for the first device (56) and inputs for the third device (66) and the fourth device (152). The capacitor (68) is operable to function as a Miller capacitor to control transition rates at the output of the first device (56).
    • 提供具有受控转变速率的驱动电路(12)。 驱动器电路(12)包括可操作以将电源电压切换到负载的第一装置(56)。 第二装置(54)耦合到源极跟随器装置中用于第一装置(56)的输入端。 耦合到第一装置(56)的输入端和用于第二装置(54)的输出端的第三装置(66)可用作与第一装置(56)一起用作米勒放大器。 第四设备(152)耦合到第二设备(54)的输入。 第四装置(152)可操作以与第一装置(56)和第二装置(54)一起用作米勒放大器。 电容器(68)耦合在用于第一装置(56)的输出端和用于第三装置(66)和第四装置(152)的输入之间。 电容器(68)可用作米勒电容器,以控制第一器件(56)的输出处的转换速率。
    • 16. 发明授权
    • Apparatus for a reduced propagation delay driver
    • 用于减少传播延迟驱动器的装置
    • US6100725A
    • 2000-08-08
    • US52585
    • 1998-03-31
    • Cecil J. AswellEugene G. Dierschke
    • Cecil J. AswellEugene G. Dierschke
    • H03K17/0412H03K3/00
    • H03K17/04123
    • A driver circuit (12) having a reduced propagation delay is provided. The driver circuit (12) includes a first device (56) having an input and operable to switch a supply voltage to a load (14). A second device (54) having an output coupled to the input of the first device (56), operable to turn on the first device upon receipt of a first signal. A third device (66) having an output coupled to the input of the first device (56), operable to turn off the first device upon receipt of a second signal. A kick start circuit (30) coupled to the input for the first device (56), the input for the second device (54), and the input for the third device (66), operable to generate a threshold voltage on the first device (56), the second device (54), and the third device (66). The kick start circuit (30) operable to produce a threshold voltage that is just below the voltage in which the first device (56), the second device (54), and the third device (66) turn on, or conduct.
    • 提供具有减小的传播延迟的驱动电路(12)。 驱动器电路(12)包括具有输入并可操作以将电源电压切换到负载(14)的第一装置(56)。 第二设备(54)具有耦合到第一设备(56)的输入的输出,可操作以在接收到第一信号时接通第一设备。 第三设备(66)具有耦合到第一设备(56)的输入的输出,可操作以在接收到第二信号时关闭第一设备。 一个联接到第一装置(56)的输入端的脚踏启动电路(30),用于第二装置(54)的输入端和第三装置(66)的输入端,可操作以在第一装置 (56),第二装置(54)和第三装置(66)。 脚踏启动电路(30)可操作以产生刚好低于第一装置(56),第二装置(54)和第三装置(66)导通或导通的电压的阈值电压。
    • 18. 发明授权
    • Temperature and process compensated LDMOS drain-source voltage
    • 温度和工艺补偿LDMOS漏源电压
    • US06384643B1
    • 2002-05-07
    • US09721393
    • 2000-11-22
    • William E. GroseEugene G. DierschkeJingwei Xu
    • William E. GroseEugene G. DierschkeJingwei Xu
    • H03K1714
    • H03K17/145G05F3/267
    • Driver circuitry (300) is disclosed, incorporating feedback circuitry (310) inter-coupled with reference circuitry (348) to equalize the voltage level of an output (328) with a reference voltage source (320) in the reference circuitry; where the driver circuitry comprises a first transistor (340) having a first terminal coupled to a voltage source (342), a second terminal coupled to an input (336), and a third terminal coupled to a resistor (344), a second transistor (338) having a first terminal coupled to ground (332), a second terminal coupled to an input (334), and a third terminal coupled to a resistor (346), a third transistor (318) having a first terminal coupled to the output, a second terminal (326) coupled jointly to the resistors, and a third terminal coupled to ground, and a resistor (330) coupling the output to a voltage source (306).
    • 公开了驱动器电路(300),其包括与参考电路(348)相互耦合的反馈电路(310),以使输出(328)的电压电平与参考电路中的参考电压源(320)均衡; 其中所述驱动器电路包括具有耦合到电压源(342)的第一端子的第一晶体管(340),耦合到输入端(336)的第二端子和耦合到电阻器(344)的第三端子,第二晶体管 (338),具有耦合到地(332)的第一端子,耦合到输入端(334)的第二端子和耦合到电阻器(346)的第三端子,第三晶体管(318),其具有耦合到 输出,耦合到电阻器的第二端子(326)和耦合到地的第三端子以及将输出耦合到电压源(306)的电阻器(330)。