Invention Grant
US07635970B2 Method for implementing radiation hardened, power efficient, non isolated low output voltage DC/DC converters with non-radiation hardened components 有权
实现具有非辐射硬化部件的辐射硬化,功率高效,非隔离的低输出电压DC / DC转换器的方法

  • Patent Title: Method for implementing radiation hardened, power efficient, non isolated low output voltage DC/DC converters with non-radiation hardened components
  • Patent Title (中): 实现具有非辐射硬化部件的辐射硬化,功率高效,非隔离的低输出电压DC / DC转换器的方法
  • Application No.: US11599146
    Application Date: 2006-11-14
  • Publication No.: US07635970B2
    Publication Date: 2009-12-22
  • Inventor: Steven E. Summer
  • Applicant: Steven E. Summer
  • Agency: Feldman Law Group, P.C.
  • Agent Stephen E. Feldman
  • Main IPC: G05F1/44
  • IPC: G05F1/44
Method for implementing radiation hardened, power efficient, non isolated low output voltage DC/DC converters with non-radiation hardened components
Abstract:
A method of producing an economical DC/DC converter that efficiently produces a relatively low output voltage and operates in a high ionizing radiation dose environment such as found in spacecraft and particle accelerator applications. That is, the converter comprises two P-channel FETs, a switching means for switching conductivity between the two P-channel FETs, and output means for outputting an output voltage. The output voltage being a step-down voltage that is unaffected by high-ionizing radiation such that is found in space or particle accelerators.
Information query
IPC分类:
G 物理
G05 控制;调节
G05F 调节电变量或磁变量的系统(调节雷达或无线电导航系统中脉冲计时或脉冲重复频率的入G01S;专用于电子计时器中电流或电压的调节入G04G19/02;用电装置调节非电变量的闭环系统入G05D;数字计算机的调节电源入G06F1/26;用于得到有衔铁时的所需电磁铁工作特性入H01F7/18;调节电功率的配电网络入H02J;调节电池充电的入H02J7/00;静态变换器输出的调节,例如开关式调节器入H02M;电发生器输出的调节入H02N,H02P9/00;变压器、电抗器、或扼流圈的控制入H02P13/00;调节放大器的频率响应、增益、最大输出、振幅或带宽的入H03G;调节谐振电路调谐的入H03J;控制电子振荡器或脉冲发生器的入H03L;调节传输线路特性的入H04B;控制电光源的入H05B39/04,H05B41/36,H05B45/10,H05B45/20,H05B47/10;X射线设备的电气控制入H05G1/30)
G05F1/00 从系统的输出端检测的一个电量对一个或多个预定值的偏差量并反馈到系统中的一个设备里以便使该检测量恢复到它的一个或多个预定值的自动调节系统,即有回授作用的系统
G05F1/10 .调节电压或电流(G05F1/02优先;用于电气铁路的入B60M3/02)
G05F1/12 ..其中由末级控制器实际调节的变量是交流的(G05F1/625优先)
G05F1/40 ...利用放电管或半导体器件作为末级控制器的
G05F1/44 ....仅用半导体器件的
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