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    • 3. 发明授权
    • System, method and apparatus for contact-less battery charging with dynamic control
    • 具有动态控制功能的无触点充电电池的系统,方法和装置
    • US06844702B2
    • 2005-01-18
    • US10146770
    • 2002-05-16
    • Demetri GiannopoulosQiong M LiNai-Chi Lee
    • Demetri GiannopoulosQiong M LiNai-Chi Lee
    • H02J7/00H01M10/44H02J7/02H02J17/00H02M3/28
    • H02J50/12H02J7/025
    • A system, method and apparatus for contact-less charging of battery operated devices, including a host charger with a power converter and resonant tank circuit and a portable device where the battery is located, with a battery charging control IC, wherein the method obviates the need for a voltage controller in each of both the host and the portable stages. The charging of the battery in the portable device is controlled by a charging controller therein, which is in continual electric communication with the host, whose output power the control IC dynamically monitors and controls. In one embodiment, component count is minimized but battery charging is not optimized when the battery voltage is very low. In the other embodiment, charging efficiency is maximized regardless of the output voltage of the battery.
    • 一种具有电池充电控制IC的电池供电装置的无接触充电的系统,方法和装置,包括具有电力转换器和谐振回路的主充电器和电池所在的便携式装置,其中该方法消除 需要在主机和便携级中的每一个中的电压控制器。 便携式设备中的电池的充电由其中的充电控制器控制,该充电控制器与主机持续电通信,其控制IC的动力监视和控制的输出功率。 在一个实施例中,当电池电压非常低时,元件数量被最小化,但电池充电未被优化。 在另一实施例中,无论电池的输出电压如何,充电效率最大化。
    • 4. 发明授权
    • Single-winding, multiple-output, bi-directional flyback converter
    • 单绕组,多输出双向反激式转换器
    • US06549432B1
    • 2003-04-15
    • US10086028
    • 2002-02-28
    • Demetri GiannopoulosLaurence BourdillonNai-Chi Lee
    • Demetri GiannopoulosLaurence BourdillonNai-Chi Lee
    • H02M3335
    • H02M3/33561
    • A multiple-output, bi-directional flyback converter with soft switching of an input switch is disclosed. The primary-side of the converter is comprised of an input power supply, a transformer with a primary winding and a secondary winding, and an input switch with an associated diode, wherein a first end of the primary winding is connected to the input power supply and a second end of the primary winding is connected to the input switch. A first predetermined number of output voltage circuits are connected to a single secondary winding or one of a plurality of secondary windings each producing an output voltage. Each output voltage circuit has an output switch with an associated diode, and a diode connected in series between the output voltage switch and the secondary winding. A last output voltage circuit with a bi-directional switch and associated diode is connected connection to the secondary winding. A control unit controls the switching of the input switch, the predetermined number of output switches and the bi-directional switch, wherein the switching of the bi-directional switch is controlled so as to allow for soft switching of the input switch.
    • 公开了一种具有输入开关的软开关的多输出双向反激式转换器。 转换器的初级侧包括输入电源,具有初级绕组的变压器和次级绕组,以及具有相关二极管的输入开关,其中初级绕组的第一端连接到输入电源 并且初级绕组的第二端连接到输入开关。 第一预定数量的输出电压电路连接到单个次级绕组或者产生输出电压的多个次级绕组中的一个。 每个输出电压电路具有一个具有相关二极管的输出开关和一个串联连接在输出电压开关和次级绕组之间的二极管。 具有双向开关和相关二极管的最后一个输出电压电路连接到次级绕组。 控制单元控制输入开关,预定数量的输出开关和双向开关的切换,其中控制双向开关的切换以允许输入开关的软开关。
    • 9. 发明申请
    • Auto-Compensating Power Converter
    • 自动补偿电源转换器
    • US20110071700A1
    • 2011-03-24
    • US12883839
    • 2010-09-16
    • David L. BeckDemetri Giannopoulos
    • David L. BeckDemetri Giannopoulos
    • G06F1/26
    • H02M3/156
    • An auto-compensation method for compensating power regulators configured to generate a regulated output voltage. Auto-compensation may be performed dynamically by determining various coefficients of a compensation function used in compensating the power regulator, based on assumptions about the structure of the regulator and corresponding filters. The method may be used to determine at least the DC loop gain and the position of the compensation zeros, without requiring any prior knowledge of the values of the various components of the system. Furthermore, the selection of the compensation parameters (loop gain, position of zeroes) may be based on measurement of various state variables of the actual power converter, and adjustment of the various coefficients of the compensation function according to the measurements. Since no power-plant model of the power regulator is used, inaccuracies that would be inherent using any method that employs a model of the system instead of the system itself may be eliminated.
    • 用于补偿功率调节器的自动补偿方法,该功率调节器被配置为产生调节的输出电压。 可以基于关于调节器的结构和相应的滤波器的假设来确定用于补偿功率调节器的补偿函数的各种系数,来动态地执行自动补偿。 该方法可以用于至少确定DC环路增益和补偿零点的位置,而不需要系统各种组件的值的任何先验知识。 此外,补偿参数(环路增益,零位置)的选择可以基于对实际功率转换器的各种状态变量的测量,以及根据测量值调整补偿功能的各种系数。 由于没有使用功率调节器的电厂模型,所以可以消除使用系统模型而不是系统本身的任何方法所固有的不准确。