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    • 3. 发明申请
    • HIGH VOLTAGE PULSE GENERATOR
    • 高压脉冲发生器
    • WO2006071886A2
    • 2006-07-06
    • PCT/US2005047121
    • 2005-12-27
    • KAISER SYSTEMS INCOICLES JEFFREY ALANJOHNS DAVID
    • OICLES JEFFREY ALANJOHNS DAVID
    • H02M3/335
    • H02M3/3376H02M3/285H02M2001/009Y02B70/1433
    • A high voltage pulse generator utilizes an even number of Marx cells using L-C inversion topology. Each Marx cell is associated with an individual inverter transformer having a primary winding connected to the output of an ac power supply such as a series resonant inverter. The secondary of each inverter transformer is half-wave rectified to charge the energy storage capacitors in each Marx cell. A distributed voltage sensing scheme can be provided for accurate feedback to the inverter's controller. An inductive element can be used to achieve a magnetic diode effect in the L-C inversion circuit to reduce component stress and improve efficiency. A transformer-coupled floating gate drive circuit can be used as one method of providing local power conditioning and trigger timing for discharge of the energy storage capacitors.
    • 高压脉冲发生器利用偶数个使用L-C反转拓扑的Marx单元。 每个Marx单元都与一个单独的逆变器变压器相关联,该逆变器具有连接到诸如串联谐振逆变器之类的交流电源的输出的初级绕组。 每个逆变器变压器的次级被半波整流以对每个Marx单元中的储能电容器充电。 可以提供分布式电压检测方案,以准确反馈至变频器的控制器。 可以使用电感元件在L-C反转电路中实现磁性二极管效应,以降低组件应力并提高效率。 变压器耦合的浮动栅极驱动电路可以用作为储能电容器的放电提供本地功率调节和触发定时的一种方法。
    • 4. 发明申请
    • HIGH VOLTAGE PULSE GENERATOR
    • 高电压脉冲发生器
    • WO2006071886A9
    • 2006-08-17
    • PCT/US2005047121
    • 2005-12-27
    • KAISER SYSTEMS INCOICLES JEFFREY ALANJOHNS DAVID
    • OICLES JEFFREY ALANJOHNS DAVID
    • H02M3/335
    • H02M3/3376H02M3/285H02M2001/009Y02B70/1433
    • A high voltage pulse generator utilizes an even number of Marx cells using L-C inversion topology. Each Marx cell is associated with an individual inverter transformer having a primary winding connected to the output of an ac power supply such as a series resonant inverter. The secondary of each inverter transformer is half-wave rectified to charge the energy storage capacitors in each Marx cell. A distributed voltage sensing scheme can be provided for accurate feedback to the inverter's controller. An inductive element can be used to achieve a magnetic diode effect in the L-C inversion circuit to reduce component stress and improve efficiency. A transformer-coupled floating gate drive circuit can be used as one method of providing local power conditioning and trigger timing for discharge of the energy storage capacitors.
    • 高压脉冲发生器利用使用L-C反演拓扑的偶数个马克思单元。 每个马克思单元与具有连接到诸如串联谐振逆变器的交流电源的输出的初级绕组的单个逆变器变压器相关联。 每个逆变变压器的次级半波整流,为每个马克思单元中的储能电容器充电。 可以提供分布式电压检测方案,以便对变频器的控制器进行准确的反馈。 可以使用电感元件在L-C反相电路中实现磁二极管效应,以减少元件应力并提高效率。 变压器耦合的浮栅驱动电路可以用作为能量存储电容器放电的本地功率调节和触发定时的一种方法。