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    • 31. 发明申请
    • Device and method for generating synchronous double-frequency signal
    • 用于产生同步双频信号的装置和方法
    • US20070152929A1
    • 2007-07-05
    • US11320719
    • 2005-12-30
    • Chun-Kong ChanJeng-Shong Wang
    • Chun-Kong ChanJeng-Shong Wang
    • G09G3/36
    • G09G3/3406H05B41/3925H05B41/3927
    • A synchronous double-frequency signal generating device includes an integration switching unit controlled by a scan synchronous signal; a first integration unit connected to the integration switching unit for outputting a first integration signal when the scan synchronous signal is at high level; a second integration unit connected to the integration switching unit for outputting a second integration signal when the scan synchronous signal is at low level; an addition unit connected to the first integration unit and the second integration unit for adding up the first integration signal and the second integration signal so as to output a double-frequency modulation signal; and a comparison unit connected to the addition unit for comparing the double-frequency modulation signal with a reference signal so as to output the synchronous double-frequency signal.
    • 同步双频信号发生装置包括由扫描同步信号控制的积分切换单元; 连接到积分切换单元的第一积分单元,用于当扫描同步信号处于高电平时输出第一积分信号; 连接到积分切换单元的第二积分单元,用于当扫描同步信号处于低电平时输出第二积分信号; 连接到第一积分单元的加法单元和用于将第一积分信号和第二积分信号相加的第二积分单元,以输出双频调制信号; 以及比较单元,连接到加法单元,用于将双频调制信号与参考信号进行比较,以输出同步双频信号。
    • 32. 发明申请
    • Balanced transformer having an auxiliary coil
    • 具有辅助线圈的平衡变压器
    • US20070139152A1
    • 2007-06-21
    • US11312737
    • 2005-12-21
    • Chun-Kong ChanJeng-Shong WangChi-Ming YangJin-Jiun Jiang
    • Chun-Kong ChanJeng-Shong WangChi-Ming YangJin-Jiun Jiang
    • H01F27/30
    • H01F27/326H01F27/38H01F2005/022H01F2005/043H01F2005/046
    • A balanced transformer having an auxiliary coil has a bobbin, a balanced coil set, a detective coil, and an iron core set. The balanced coil set and the detective coil is wound onto the bobbin. The iron core set penetrates through the bobbin. The balanced transformer can be used in a driving circuit of a backlight module of an LCD device. The balanced coil set is electrically connected to CCFLs of the backlight module. The detective coil is electrically connected to a protection circuit of the backlight module. When currents respectively passing through the CCFLs are not equal to each other, two ends of the detective coil induct a voltage to form a protection feedback signal transmitted to the protection circuit. Therefore, the balanced transformer is capable of detecting an unusual current, so as to further protect the balanced transformer and the driving circuit of the backlight module.
    • 具有辅助线圈的平衡变压器具有绕线管,平衡线圈组,检测线圈和铁芯组。 平衡线圈组和检测线圈缠绕在线轴上。 铁芯套穿透线轴。 平衡变压器可以用在LCD装置的背光模块的驱动电路中。 平衡线圈组电连接到背光模块的CCFL。 检测线圈电连接到背光模块的保护电路。 当分别通过CCFL的电流彼此不相等时,检测线圈的两端感应电压,形成传输到保护电路的保护反馈信号。 因此,平衡变压器能够检测异常电流,从而进一步保护背光模块的平衡变压器和驱动电路。
    • 33. 发明授权
    • Half-bridge inverter of dual N-MOS with a push/pull control chip
    • 具有推/拉控制芯片的双N-MOS半桥逆变器
    • US07064588B2
    • 2006-06-20
    • US10959148
    • 2004-10-07
    • Chun-Kong ChanJeng-Shong Wang
    • Chun-Kong ChanJeng-Shong Wang
    • H03B1/00H03K3/00
    • H02M3/3378
    • A circuit making use of a push/pull-type control chip to drive a half-bridge inverter of dual N-MOS connects a drive circuit to a conventional half-bridge inverter circuit, and has a push/pull-type control chip having two output terminals, a drive circuit having two input terminals and two output terminals, and a half-bridge switch assembly having a first N-MOS FET and a second N-MOS FET. The two input terminals of the drive circuit are connected with the two output terminals of the push/pull control chip and controlled by the push/pull-type control chip. Each of the two N-MOS FETs of the half-bridge switch assembly has a control terminal, which is connected to one of the two output terminals of the drive circuit and driven by the drive circuit for converting a DC power source into an AC power source sent to the primary side of a transformer.
    • 利用推/拉式控制芯片驱动双N-MOS半桥逆变器的电路将驱动电路连接到传统的半桥逆变电路,并具有一个推/拉式控制芯片,具有两个 输出端子,具有两个输入端子和两个输出端子的驱动电路以及具有第一N-MOS FET和第二N-MOS FET的半桥开关组件。 驱动电路的两个输入端子与推/拉控制芯片的两个输出端子连接,并由推/拉式控制芯片控制。 半桥开关组件的两个N-MOS FET中的每一个具有控制端子,该控制端子连接到驱动电路的两个输出端子中的一个并被驱动电路驱动,用于将DC电源转换成AC电力 源发送到变压器的初级侧。
    • 34. 发明申请
    • Full bridge inverter with push/pull control chip
    • 全桥逆变器具有推/拉控制芯片
    • US20060050543A1
    • 2006-03-09
    • US10935129
    • 2004-09-08
    • Chun-Kong ChanJeng-Shong Wang
    • Chun-Kong ChanJeng-Shong Wang
    • H02M7/5387
    • H02M1/08H02M3/337H02M7/5387
    • A full bridge inverter with a push/pull control chip uses two similar drivers to connect to the prior art full bridge switch assembly, and controls the prior art full bridge switch assembly with the push/pull control chip. The full bridge inverter comprises a push/pull control chip with two output terminals. Two drivers both have an input terminal and an output terminal. The input terminal is connected to the output terminals of the push/pull control chip and a full bridge switch assembly with four electronic switches. Each electronic switch has a control terminal connected to the output terminal of the two drivers so as to convert DC power into AC power by the two drivers.
    • 具有推/拉控制芯片的全桥逆变器使用两个类似的驱动器连接到现有技术的全桥开关组件,并且利用推/拉控制芯片控制现有技术的全桥开关组件。 全桥逆变器包括具有两个输出端的推/拉控制芯片。 两个驱动器都具有输入端子和输出端子。 输入端子连接到推/拉控制芯片的输出端子和具有四个电子开关的全桥开关组件。 每个电子开关具有连接到两个驱动器的输出端子的控制端子,以便通过两个驱动器将DC电力转换成AC电力。
    • 38. 发明申请
    • Transformer and spiral flat winding thereof
    • 变压器和螺旋扁平绕组
    • US20100060400A1
    • 2010-03-11
    • US12232116
    • 2008-09-11
    • Chun-Kong ChanDer-Ho Chi
    • Chun-Kong ChanDer-Ho Chi
    • H01F27/30H01F41/00
    • H01F27/2847H01F30/06H01F2005/022H01F2005/043H01F2017/046Y10T29/4902
    • A transformer includes a bobbin, an iron core and two spiral flat windings. The bobbin has a primary side portion, a secondary side portion and a separating plate. The separating plate is provided between the primary side portion and the secondary side portion. The first, second and third through holes are in communication with each other. The iron core penetrates the first, second and third through holes. The spiral flat winding is formed from a plurality of flat loops. The two spiral flat windings are provided on both sides of the separating plate and surround the primary side portion and the secondary side portion. Via the above arrangement, the spiral flat winding can be disposed around the bobbin, so that the assembling process can be performed simply and quickly. Thus, the working hours for assembling and the cost can be reduced.
    • 变压器包括线轴,铁芯和两个螺旋扁平绕组。 线轴具有初级侧部分,次级侧部分和分离板。 分离板设置在初级侧部分和次级侧部分之间。 第一,第二和第三通孔彼此连通。 铁芯穿透第一,第二和第三通孔。 螺旋扁平绕组由多个扁平环形成。 两个螺旋扁平绕组设置在分隔板的两侧并且围绕初级侧部分和次级侧部分。 通过上述布置,可以将螺旋扁平绕组布置在绕线架周围,从而可以简单快捷地进行组装过程。 因此,可以减少组装的工作时间和成本。
    • 39. 发明授权
    • Full bridge driver
    • 全桥驱动
    • US07369421B1
    • 2008-05-06
    • US11650524
    • 2007-01-08
    • Chun-Kong ChanJeng-Shong Wang
    • Chun-Kong ChanJeng-Shong Wang
    • H02M7/5387H02M7/44
    • H02M7/5387
    • A full bridge driver includes a control chip outputting a first control signal and a second control signal, a full bridge switch assembly with four N-MOSs coupled to a DC power, a first side of a transformer, and two drivers. Moreover, one of the two drivers includes a first cut-off switch that turns off the first N-MOS in response to the first control signal, a first charging path coupled between the DC power and the second N-MOS, a first discharging path coupled between the gate end and the source end of the first N-MOS. Furthermore, another one of the two drivers includes a second cut-off switch that turns off the third N-MOS in response to the second control signal, a second charging path coupled between the DC power and the fourth N-MOS, and a second discharging path coupled between the gate end and the source end of the third N-MOS.
    • 全桥驱动器包括输出第一控制信号和第二控制信号的控制芯片,具有耦合到DC电力的四个N-MOS,变压器的第一侧和两个驱动器的全桥开关组件。 此外,两个驱动器之一包括第一截止开关,其响应于第一控制信号而关闭第一N-MOS,第一充电路径耦合在DC电力和第二N-MOS之间,第一放电路径 耦合在第一N-MOS的栅极端和源极端之间。 此外,两个驱动器中的另一个驱动器包括响应于第二控制信号而关断第三N-MOS的第二截止开关,耦合在DC电力和第四N-MOS之间的第二充电路径,以及第二 放电路径耦合在第三N-MOS的栅极端和源极端之间。