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    • 1. 发明申请
    • HF GAS DISCHARGE LAMP CIRCUIT
    • HF气体放电灯电路
    • WO2006064408A1
    • 2006-06-22
    • PCT/IB2005/054084
    • 2005-12-06
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.OOSTERBAAN, ThijsVAN HONSCHOOTEN, Rene
    • OOSTERBAAN, ThijsVAN HONSCHOOTEN, Rene
    • H05B41/04H05B41/288
    • H05B41/2881H05B41/042Y02B20/204
    • A lamp circuit comprising a series circuit of an alternating voltage (AC) supply source (2) for supplying an AC voltage having a high lamp-operating frequency, a ballast inductor (4), a capacitor (6) and terminals for connection to a gas discharge lamp (8), and, connected to said terminals, an ignition circuit for igniting the lamp (8). The capacitor (6) has a value which represents a low impedance for the lamp-operating frequency. The ignition circuit comprises a series arrangement of an impedance (10, 14) and a direct- voltage (DC) source (12) for supplying a high DC voltage. The series impedance (10, 14) of the ignition circuit has a value which is high with respect to an impedance value of the lamp (8) during run-up and during steady-state operation of the lamp (8).
    • 一种灯电路,包括用于提供具有高灯操作频率的AC电压的交流电压(AC)电源(2)的串联电路,镇流电感器(4),电容器(6)和用于连接到 气体放电灯(8),并且连接到所述端子,用于点燃灯(8)的点火电路。 电容器(6)具有表示灯操作频率的低阻抗的值。 点火电路包括用于提供高DC电压的阻抗(10,14)和直流(DC)源(12)的串联布置。 点火电路的串联阻抗(10,14)的值在灯(8)的启动期间和稳定状态运转期间相对于灯(8)的阻抗值高。
    • 3. 发明申请
    • DEVICE FOR DRIVING A GAS DISCHARGE LAMP
    • 用于驱动气体放电灯的装置
    • WO2008149293A1
    • 2008-12-11
    • PCT/IB2008/052175
    • 2008-06-04
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.VAN HONSCHOOTEN, ReneVAN ZUNDERT, Roy, H., A., M.OTTE, Rob
    • VAN HONSCHOOTEN, ReneVAN ZUNDERT, Roy, H., A., M.OTTE, Rob
    • H05B41/292
    • H05B41/2928
    • A driver (10) for driving a gas discharge lamp (11) comprises at least two controllable switches (M1, M2) and a controller (12) for controlling the switches. The controller has a first operative state in which one switch (M1) is conductive while the other switch (M2) is non-conductive, and has a second operative state in which said other switch (M2) is conductive while said first switch (M1) is non-conductive. The controller comprises a memory device (20) comprising a plurality of memory elements (21) each containing a binary value ("0"; "1"), wherein the value of the last memory element (21(N)) determines the operative state of the controller. Responsive to a clock signal (SQL) generated by a clock device (30), the memory device shifts the contents of each memory element (21(i)) to a subsequent memory element (21(i+l)) and shifts the contents of the last memory element (21(N)) to the first memory element (21(1)).
    • 用于驱动气体放电灯(11)的驱动器(10)包括至少两个可控开关(M1,M2)和用于控制开关的控制器(12)。 控制器具有第一操作状态,其中一个开关(M1)导通,而另一个开关(M2)不导通,并且具有第二操作状态,其中所述另一个开关(M2)导通,而所述第一开关(M1 )是不导电的。 控制器包括一个包含多个存储元件(21)的存储器件(20),每个存储器元件都包含二进制值(“0”;“1”),其中最后一个存储器元件(21(N))的值确定操作 状态的控制器。 响应于由时钟设备(30)产生的时钟信号(SQL),存储器件将每个存储元件(21(i))的内容移位到后续存储器元件(21(i + 1)),并将内容 的最后一个存储元件(21(N))发送到第一存储元件(21(1))。