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    • 1. 发明申请
    • SYSTEM AND METHOD FOR PROVIDING A CONTROL SIGNAL
    • 用于提供控制信号的系统和方法
    • US20110140636A1
    • 2011-06-16
    • US13054595
    • 2009-03-20
    • Robert AdamsUli JoosJosef SchnellJochen Zwick
    • Robert AdamsUli JoosJosef SchnellJochen Zwick
    • H05B37/02H02H3/00
    • H02M3/156H02M1/32H05B39/02H05B39/047H05B41/2856
    • The system, which provides a control signal, includes an over-current control unit, a time clock that provides a periodic time signal, and a clock generator unit that includes a first input terminal, a second input terminal, and an output terminal. The first input terminal is coupled to the time clock and the output terminal is coupled to the over-current control unit. The first input terminal of the clock generator unit receives the periodic time signal and the second input terminal of the clock generator unit receives a modification signal. The clock generator unit generates a clock signal based on the periodic time signal and the modification signal. The output terminal of the clock generator unit provides the clock signal to the over-current control unit, and the over-current control unit provides a control signal based on the clock signal.
    • 提供控制信号的系统包括过电流控制单元,提供周期性时间信号的时钟,以及包括第一输入端,第二输入端和输出端的时钟发生器单元。 第一输入端耦合到时钟,输出端耦合到过电流控制单元。 时钟发生器单元的第一输入端接收周期时间信号,时钟发生器单元的第二输入端接收修改信号。 时钟发生器单元基于周期时间信号和修改信号产生时钟信号。 时钟发生器单元的输出端子向过流控制单元提供时钟信号,并且过电流控制单元基于时钟信号提供控制信号。
    • 2. 发明授权
    • System and method for providing a control signal
    • 用于提供控制信号的系统和方法
    • US08541959B2
    • 2013-09-24
    • US13054595
    • 2009-03-20
    • Robert AdamsUli JoosJosef SchnellJochen Zwick
    • Robert AdamsUli JoosJosef SchnellJochen Zwick
    • H05B41/36
    • H02M3/156H02M1/32H05B39/02H05B39/047H05B41/2856
    • The system, which provides a control signal, includes an over-current control unit, a time clock that provides a periodic time signal, and a clock generator unit that includes a first input terminal, a second input terminal, and an output terminal. The first input terminal is coupled to the time clock and the output terminal is coupled to the over-current control unit. The first input terminal of the clock generator unit receives the periodic time signal and the second input terminal of the clock generator unit receives a modification signal. The clock generator unit generates a clock signal based on the periodic time signal and the modification signal. The output terminal of the clock generator unit provides the clock signal to the over-current control unit, and the over-current control unit provides a control signal based on the clock signal.
    • 提供控制信号的系统包括过电流控制单元,提供周期性时间信号的时钟,以及包括第一输入端,第二输入端和输出端的时钟发生器单元。 第一输入端耦合到时钟,输出端耦合到过电流控制单元。 时钟发生器单元的第一输入端接收周期时间信号,时钟发生器单元的第二输入端接收修改信号。 时钟发生器单元基于周期时间信号和修改信号产生时钟信号。 时钟发生器单元的输出端子向过流控制单元提供时钟信号,并且过电流控制单元基于时钟信号提供控制信号。
    • 4. 发明授权
    • Method for driving non-linear load elements based on load current
    • 基于负载电流驱动非线性负载元件的方法
    • US08508259B2
    • 2013-08-13
    • US12675239
    • 2008-08-23
    • Uli JoosJochen ZwickJosef SchnellChristian Voss
    • Uli JoosJochen ZwickJosef SchnellChristian Voss
    • H03K3/00
    • H03K17/166H03K2217/0036H05B33/0809H05B33/0818
    • A method for driving a non-linear load element. On account of the non-linear interrelationship between the voltage and the current at the load element and the related non-linear dependence of the power loss on the quantities “voltage” and “current”, an adjustment of the switching speed only on the basis of the power loss in the switching element cannot be carried out with non-linear load elements without being confronted with undesirable switching losses and related electromagnetic noise fields. Therefore, the load current currently flowing in the load element is picked up in addition to the currently determined power loss in the switching element, and the switching speed of the switching element is controlled in dependence on the determined power loss and on the current picked up. The switching speed can be optimally adjusted when driving the non-linear load elements by means of PWM.
    • 一种用于驱动非线性负载元件的方法。 由于负载元件上的电压和电流之间的非线性相互关系以及功率损耗对“电压”和“电流”的相关非线性依赖性,仅在其基础上调整开关速度 的开关元件中的功率损耗不能用非线性负载元件执行,而不会面临不期望的开关损耗和相关的电磁噪声场。 因此,除了开关元件中的当前确定的功率损耗之外,拾取负载元件中当前流动的负载电流,并且根据确定的功率损耗和当前拾取的电流来控制开关元件的开关速度 。 通过PWM驱动非线性负载元件时,可以最佳地调整开关速度。
    • 6. 发明申请
    • METHOD FOR DRIVING NON-LINEAR LOAD ELEMENTS
    • 用于驱动非线性负载元件的方法
    • US20100308786A1
    • 2010-12-09
    • US12675239
    • 2008-08-23
    • Uli JoosJochen ZwickJosef SchnellChristian Voss
    • Uli JoosJochen ZwickJosef SchnellChristian Voss
    • G05F1/10
    • H03K17/166H03K2217/0036H05B33/0809H05B33/0818
    • A method for driving a non-linear load element. On account of the non-linear interrelationship between the voltage and the current at the load element and the related non-linear dependence of the power loss on the quantities “voltage” and “current”, an adjustment of the switching speed only on the basis of the power loss in the switching element cannot be carried out with non-linear load elements without being confronted with undesirable switching losses and related electromagnetic noise fields. Therefore, the load current currently flowing in the load element is picked up in addition to the currently determined power loss in the switching element, and the switching speed of the switching element is controlled in dependence on the determined power loss and on the current picked up. The switching speed can be optimally adjusted when driving the non-linear load elements by means of PWM.
    • 一种用于驱动非线性负载元件的方法。 由于负载元件上的电压和电流之间的非线性相互关系以及功率损耗对“电压”和“电流”的相关非线性依赖性,仅在其基础上调整开关速度 的开关元件中的功率损耗不能用非线性负载元件执行,而不会面临不期望的开关损耗和相关的电磁噪声场。 因此,除了开关元件中的当前确定的功率损耗之外,拾取负载元件中当前流动的负载电流,并且根据确定的功率损耗和当前拾取的电流来控制开关元件的开关速度 。 通过PWM驱动非线性负载元件时,可以最佳地调整开关速度。
    • 10. 发明申请
    • Power Switching Apparatus With Overload Protection
    • 具有过载保护功能的开关装置
    • US20080055807A1
    • 2008-03-06
    • US11576135
    • 2004-09-28
    • Laurent GuillotPhillippe RosadoPierre TurpinFrancoise VareilhiasUli JoosJosef Schnell
    • Laurent GuillotPhillippe RosadoPierre TurpinFrancoise VareilhiasUli JoosJosef Schnell
    • H02H3/06H02H3/08
    • H02H3/06H02H3/006
    • Power supply apparatus with overload protection comprising a switch responsive to an input signal for switching between an ON-state for supplying current from a source of power to a load and an OFF-state for interrupting the supply of current to the load, and protection means responsive to an overload condition to switch the switch to the OFF-state. The protection means is responsive to a first overload condition during an initial phase after the switch switches to the ON-state so as to switch the switch back to the OFF-state and maintain the switch in the OFF-state. The protection means is subsequently responsive to a second overload condition if the first overload condition is not detected during the initial phase so as to switch the switch to the OFF-state and subsequently switch the switch back to the ON-state after an interval of time. The protection means is responsive to the current exceeding a first threshold value in detecting the first overload condition, and is responsive to the current exceeding a second threshold value in detecting the second overload condition, the second threshold value being lower than the first threshold value. The protection means is responsive to a temperature of the switch means exceeding a temperature threshold value in detecting at least the first overload condition.
    • 具有过载保护的电源设备包括响应于输入信号的开关,用于在从电源提供电流到负载的电流的接通状态和用于中断向负载提供电流的断开状态之间切换;以及保护装置 响应于过载条件将开关切换到OFF状态。 保护装置在开关切换到接通状态之后的初始阶段期间响应于第一过载状况,以将开关切换回关断状态并将开关保持在关闭状态。 如果在初始阶段期间没有检测到第一过载条件,则保护装置随后响应于第二过载状况,以便将开关切换到关闭状态,并且随后在一段时间之后将开关切换回接通状态 。 在检测到第一过载状态时,保护装置响应于超过第一阈值的电流,并且响应于在检测到第二过载状况时超过第二阈值的电流,第二阈值低于第一阈值。 至少在检测到第一过载条件时,保护装置响应于开关装置的温度超过温度阈值。