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    • 2. 发明授权
    • Digital driver circuit
    • 数字驱动电路
    • US06492847B1
    • 2002-12-10
    • US09689078
    • 2000-10-12
    • Laszlo GoetzStefan ReithmaierMartin Rommel
    • Laszlo GoetzStefan ReithmaierMartin Rommel
    • H03B100
    • H03K19/0013H03K5/133
    • A digital driver circuit with one or more CMOS inverters intended as input stages, whereby for the MOS FETs of the inverters the channel width/length (W/L) ratio increases from stage to stage. The digital driver circuit includes an intermediate stage with two further CMOS inverters, connected between a supply voltage Vcc and ground. The driver circuit also includes an output stage having two MOS FETs with the drain terminals of both the MOS FETs of the output stage connected both to each other and to the output of the circuit, the W/L ratio of both MOS FETs exceeding that of the MOS FETs of the intermediate stage. The switch-over of the two MOS FETs of the output stage, occurring with changes of the digital input signal at the input of the circuit, is offset in time with respect to each other, thereby reducing current peaks.
    • 具有一个或多个CMOS反相器的数字驱动器电路,用作输入级,由此对于反相器的MOS FET,沟道宽度/长度(W / L)比从阶段增加到阶段。 数字驱动器电路包括一个中间级,其中两个另外的CMOS反相器连接在电源电压Vcc和地之间。 驱动器电路还包括具有两个MOS FET的输出级,其输出级的两个MOS FET的漏极端子彼此连接,并连接到电路的输出端,两个MOS FET的W / L比超过 中间阶段的MOS FET。 随着电路输入端的数字输入信号的变化而发生的输出级的两个MOS FET的切换在时间上相对于彼此偏移,从而减小电流峰值。
    • 4. 发明申请
    • System and Methods for Intrapulse Multi-energy and Adaptive Multi-energy X-ray Cargo Inspection
    • 脉冲多能量和自适应多能量X射线检测的系统和方法
    • US20120093289A1
    • 2012-04-19
    • US13274683
    • 2011-10-17
    • Anatoli ArodzeroMartin RommelAleksandr SaverskiyRajen Sud
    • Anatoli ArodzeroMartin RommelAleksandr SaverskiyRajen Sud
    • G01N23/04
    • G01V5/0041
    • Methods and systems for x-ray inspection of an object using pulses whose spectral composition varies during the course of each pulse. A temporal sequence of pulses of penetrating radiation is generated, each pulse characterized by an onset and by a spectral content that evolves with time subsequent to the onset. The pulses are formed into a beam that is scanned across the object. The penetrating radiation from the beam that has traversed the object is detected, generating a detector signal. The detector signal is processed to derive at least one material characteristic of the object, such as effective atomic number, on the basis of temporal evolution of the detector signal during the course each pulse of the sequence of pulses. The detector signal is separately acquired for multiple time intervals relative to the pulse onset, and processed to obtain values corresponding to multiple-energy analysis of the transmitted radiation. The time intervals may be predetermined, or else adapted based on features of the detected signal.
    • 使用在每个脉冲过程中其光谱组成变化的脉冲对象的x射线检查的方法和系统。 产生穿透辐射的脉冲的时间序列,每个脉冲的特征在于起始点和频谱内容,随着时间的推移,其发展。 脉冲被形成为跨过物体扫描的光束。 检测到已经穿过物体的光束的穿透辐射,产生检测器信号。 基于脉冲序列的每个脉冲期间的检测器信号的时间演变,处理检测器信号以导出对象的至少一种材料特性,例如有效原子序数。 检测器信号相对于脉冲起始单独获取多个时间间隔,并被处理以获得对应于发射辐射的多能量分析的值。 时间间隔可以是预先确定的,或者基于检测到的信号的特征进行调整。
    • 10. 发明授权
    • Voltage regulator
    • 电压调节器
    • US06965218B2
    • 2005-11-15
    • US10679789
    • 2003-10-06
    • Kevin ScoonesMartin Rommel
    • Kevin ScoonesMartin Rommel
    • G05F1/56G05F1/40
    • G05F1/56
    • A voltage regulator includes a two-stage feedback circuit for driving a controller formed by a transistor 10. The feedback circuit includes an error amplifier 30 and an output amplifier 20, a simple compensating circuit in the form of a resistor RSZ inserted between the inverting input 22 and the non-inverting input 24 of the output amplifier 20 resulting in a high phase reserve of the feedback circuit. The resistor RSZ limits the gain of the error amplifier 30 for small load currents by reducing its effective output impedance. This compensating circuit results in the two-stage feedback circuit being highly stable even when very low load currents are involved. This now makes it possible to achieve a very simple linear voltage regulator architecture totally integrated on a single chip. It is especially in battery-powered handhelds such as e.g. mobile phones or electronic organizers that this is important since these devices are often on standby with a low current consumption and activated for use only occasionally.
    • 电压调节器包括用于驱动由晶体管10形成的控制器的两级反馈电路。反馈电路包括误差放大器30和输出放大器20,电阻R SZ形式的简单补偿电路, / SUB>插入在输出放大器20的反相输入端22和非反相输入端24之间,导致反馈电路的高相位保留。 电阻器R SZ 通过降低其有效输出阻抗来限制误差放大器30对于小负载电流的增益。 该补偿电路导致即使涉及非常低的负载电流,两级反馈电路也是高度稳定的。 这使得可以实现完全集成在单个芯片上的非常简单的线性稳压器架构。 特别是在电池供电的手持设备中,例如, 移动电话或电子组织者,这是重要的,因为这些设备通常处于低电流消耗的待机状态,并且仅偶尔激活才能使用。