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    • 3. 发明授权
    • Emitter switching driving network to control the storage time
    • 发射器开关驱动网络来控制存储时间
    • US07218164B2
    • 2007-05-15
    • US11097442
    • 2005-03-31
    • Giovanni VitaleRosario ScolloSimone Buonomo
    • Giovanni VitaleRosario ScolloSimone Buonomo
    • H03K17/04
    • H03K17/14H03K17/0406
    • A driving network for an emitter-switching circuit comprises a pair of cascode-configured transistors, the one of the bipolar type and the other of the MOS type, and the driving network is of the type comprising a driving block for respective conduction terminals and of said pair of transistors. The driving network (20, 30) further comprises sensor means in the driving block suitable for measuring a voltage to be compared with a reference value in a first comparator block. A negative feedback network between the output of the comparator and the driving block to provides a voltage value to said driving block to bias the conduction terminal of the bipolar transistor of the emitter-switching circuit in order to regulate the storage time thereof.
    • 用于发射极开关电路的驱动网络包括一对共源共栅型晶体管,MOS晶体管为双极型,另一种为MOS型,驱动网络为包括用于各个导通端子的驱动块和 所述晶体管对。 驱动网络(20,30)还包括驱动块中的传感器装置,其适于测量与第一比较器块中的参考值进行比较的电压。 比较器的输出与驱动块之间的负反馈网络,以向所述驱动块提供电压值,以偏置发射极开关电路的双极晶体管的导通端,以便调节其存储时间。
    • 9. 发明授权
    • Driving circuit for an emitter-switching configuration of transistors
    • 用于晶体管发射极开关配置的驱动电路
    • US07649401B2
    • 2010-01-19
    • US12022716
    • 2008-01-30
    • Rosario ScolloMassimo Nania
    • Rosario ScolloMassimo Nania
    • H03K17/60
    • H03K17/567H03K17/0406H03K17/06H03K17/662H03K17/6871
    • A driving circuit for an emitter-switching configuration of transistors having first and second control terminals connected to the driving circuit, forms a controlled emitter-switching device having in turn respective collector, source and gate terminals. The driving circuit comprises a driving block coupled between the collector terminal and the source terminal of the controlled emitter-switching device and connected to the first control terminal of the emitter-switching configuration. Further advantageously, the driving block comprises at least one IGBT driving device coupled between the collector terminal and the first control terminal of the emitter-switching configuration and having, in turn, a third control terminal, as well as a driving bipolar transistor, coupled between the collector terminal and the first control terminal of the emitter-switching configuration for controlling a saturation condition of said bipolar transistor of said emitter-switching configuration maintaining a base-collector junction thereof at a voltage next to zero and having, in turn, a fourth control terminal.
    • 用于具有连接到驱动电路的第一和第二控制端子的晶体管的发射极 - 开关配置的驱动电路形成受控的发射极开关器件,其依次具有集电极,源极和栅极端子。 驱动电路包括耦合在受控发射极开关器件的集电极端子和源极端子之间并连接到发射极开关配置的第一控制端子的驱动块。 进一步有利地,驱动块包括耦合在发射极 - 开关配置的集电极端子和第一控制端子之间的至少一个IGBT驱动器件,并且具有连接在第三控制端子之间的第三控制端子以及驱动双极晶体管 集电极端子和发射极开关配置的第一控制端子,用于控制所述发射极 - 开关配置的所述双极晶体管的饱和状态,将其基极集电极结保持在零下的电压,并且又具有第四 控制终端。
    • 10. 发明授权
    • Electronic driving device for lamps, in particular HID lamps
    • 灯具电子驱动装置,特别是HID灯
    • US08294383B2
    • 2012-10-23
    • US12547017
    • 2009-08-25
    • Rosario ScolloGiuseppe Catalisano
    • Rosario ScolloGiuseppe Catalisano
    • H05B41/16
    • H05B41/2882
    • A driving device for a lamp, in particular an HID lamp, the device including a first circuit to convert a network input voltage into a output direct voltage, a second circuit that receives the direct voltage as an input and converts the direct voltage into an alternating signal for supplying the lamp. The first circuit includes a transformer provided with a secondary winding elements a center tap. The driving device further includes at least two capacitive elements connected to the center tap of the secondary winding of the transformer and coupled with the ends of the secondary winding and with the input of the second circuit.
    • 一种用于灯的驱动装置,特别是HID灯,该装置包括将网络输入电压转换为输出直流电压的第一电路,接收直流电压作为输入并将直流电压转换为交替的第二电路 用于提供灯的信号。 第一电路包括设置有中间抽头的次级绕组元件的变压器。 驱动装置还包括连接到变压器的次级绕组的中心抽头的至少两个电容元件,并与次级绕组的端部和第二电路的输入端耦合。