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    • 3. 发明申请
    • UNIFORM CONVERTER OUTPUT VOLTAGE DISTRIBUTION POWER SYSTEM
    • 均匀转换器输出电压分配电源系统
    • US20060273770A1
    • 2006-12-07
    • US11145336
    • 2005-06-03
    • Kasemsan Siri
    • Kasemsan Siri
    • G05F1/00
    • H02M3/157H02M3/33515H02M2001/0077
    • A uniform converter output voltage distribution power system evenly controls the individual output voltages of DC-to-DC parallel-input series-output connected converters using a uniform output voltage distribution controller including a generator for generating respective error signals from the converter output voltages using a common distribution reference signal for providing respective converter control signals connected to the converters through respective shared-bus controls for evenly distributing the power delivered by the converters that are shared-bus current-mode converters for preferably providing high output voltages. Employing a common regulation control signal, the controller can also provide system output voltage regulation, system input current limiting, proportional-voltage control, relaxed voltage uniformity, and fault-tolerant power control.
    • 均匀转换器输出电压分配电力系统使用均匀的输出电压分配控制器均匀地控制DC-DC并联输入串联输出连接转换器的各个输出电压,该均衡输出电压分布控制器包括用于利用转换器输出电压产生相应误差信号的发生器 公共分配参考信号,用于通过相应的共享总线控制提供连接到转换器的各个转换器控制信号,以均匀地分配由共享总线电流模式转换器提供的功率,用于优选地提供高输出电压。 采用通用的调节控制信号,控制器还可以提供系统输出电压调节,系统输入限流,比例电压控制,松弛电压均匀性和容错功率控制。
    • 4. 发明授权
    • Power converters for multiple input power supplies
    • 用于多个输入电源的电源转换器
    • US6088250A
    • 2000-07-11
    • US87537
    • 1998-05-29
    • Kasemsan Siri
    • Kasemsan Siri
    • H02J1/10H02M1/00H02M1/42H02M3/24H01M10/46
    • H02M1/4258H02J1/102Y02B70/126Y02P80/112
    • An improved power converter employs two conventional charging and discharging switches operating in a complimentary mode and driven by a switch driver controlled by a power factor correction controller. The power converter is firstly improved with a blocking diode for blocking cross coupled short circuit paths to enable multiple converters to drive respective primary windings of an output isolation transformer, and is further modified with an absorption capacitor for providing a discharge path for a switching capacitor connected across the discharging switch so as to enable zero voltage switching of the discharging switch while employing conventional power factor correction, over voltage protection and current limiting. A plurality of improved power converters can be connected between respective input power sources and respective primary windings of the transformer with each converter independently providing power factor correction without cross coupling short circuit paths.
    • 改进的功率转换器采用在互补模式下工作的两个常规充电和放电开关,并由由功率因数校正控制器控制的开关驱动器驱动。 功率转换器首先用阻塞二极管来改善阻塞交叉耦合的短路路径,以使多个转换器能够驱动输出隔离变压器的各个初级绕组,并进一步用吸收电容器进行修改,以提供连接的开关电容器的放电路径 跨过放电开关,以便在采用常规功率因数校正,过电压保护和限流的情况下使放电开关进行零电压切换。 多个改进的功率转换器可以连接在各个输入电源和变压器的各个初级绕组之间,每个转换器独立地提供功率因数校正,而不需要交叉耦合的短路路径。
    • 5. 发明授权
    • Variable frequency controlled zero-voltage switching single-ended
current-fed DC-to-AC converter with output isolation
    • 可变频率控制的零电压开关单端电流馈送直流到交流转换器,具有输出隔离
    • US5636106A
    • 1997-06-03
    • US502084
    • 1995-07-14
    • Issa E. BatarsehKasemsan Siri
    • Issa E. BatarsehKasemsan Siri
    • H02M1/00H02M1/42H02M3/335G05F1/10
    • H02M3/33569H02M1/4208Y02B70/126Y02B70/1433
    • A modified DC-to-AC power converter accomplishes power transfer to a load with electrical isolation, zero-voltage and zero-current switching, using a transformer core resetting mechanism. The power converter contains two switching devices, a main device connected in parallel and a secondary device connected in series with a transformer primary winding. A secondary winding of the transformer is connected through a two-port resonant link circuit to a resistive load. Zero-voltage switching and proper transformer-core resetting are achieved from the resonance that exists between the parasitic capacitance of the secondary switching device and the magnetization inductance of the transformer. A transformer leakage inductance facilitates zero-current switching; thus, reducing the turn-on switching loss in the conventional main switching device. The switching converter contains a lossless clamping circuit, to limit the voltage stresses across both of the power switching devices to the reflected output voltage appearing across the primary.
    • 使用变压器磁芯复位机构,改进的直流到交流电源转换器实现对具有电隔离,零电压和零电流切换的负载的功率传递。 电力转换器包含两个开关装置,主装置并联,以及与变压器初级绕组串联连接的次级装置。 变压器的次级绕组通过双端口谐振链路电路连接到电阻负载。 由二次开关器件的寄生电容与变压器的磁化电感之间存在的共振实现零电压开关和适当的变压器 - 磁芯复位。 变压器漏电感有助于零电流切换; 因此,降低了传统的主开关装置的导通开关损耗。 开关转换器包含无损钳位电路,以将两个功率开关器件之间的电压应力限制在跨主器件出现的反射输出电压。
    • 6. 发明授权
    • Power converter possessing zero-voltage switching and output isolation
    • 电源转换器具有零电压开关和输出隔离
    • US5434767A
    • 1995-07-18
    • US179348
    • 1994-01-10
    • Issa E. BatarsehKasemsan Siri
    • Issa E. BatarsehKasemsan Siri
    • H02M1/00H02M1/42H02M3/335G05F1/10
    • H02M1/4208H02M3/33569Y02B70/126
    • A modified boost converter accomplishes power transfer to a load with an electrical isolation, a zero-voltage and a zero-current switching, a transformer core resetting mechanism, and component stresses identical to those in the conventional boost converters. The power converter contains two switching devices, a main one connected in parallel and a secondary one connected in series with a transformer primary winding. A secondary winding of the transformer is connected through an output rectifier to the load. Zero-voltage switching and proper transformer-core resetting are achieved from the resonance that exists between the parasitic capacitance of the secondary switching device and the magnetization inductance of the transformer. A transformer leakage inductance facilitates zero-current switching; thus, reducing the recovery time and current in the output rectifier, and the turn-on switching loss in the conventional main switching device. The switching converter contains a lossless clamping circuit, to limit the voltage stresses across both of the power switching devices to the reflected output voltage appearing across the primary.
    • 改进的升压转换器通过电隔离,零电压和零电流开关,变压器铁芯复位机构以及与常规升压转换器相同的分量应力来实现对负载的功率传递。 电力转换器包含两个开关装置,主开关装置并联,二次开关装置与变压器初级绕组串联连接。 变压器的次级绕组通过输出整流器连接到负载。 由二次开关器件的寄生电容与变压器的磁化电感之间存在的谐振实现零电压开关和适当的变压器 - 磁芯复位。 变压器漏电感有助于零电流切换; 因此,减小了输出整流器的恢复时间和电流,以及传统的主开关器件的导通开关损耗。 开关转换器包含无损钳位电路,以将两个功率开关器件之间的电压应力限制在跨主器件出现的反射输出电压。
    • 8. 发明申请
    • Converter channelized uniform power distribution system
    • 转换器通道统一配电系统
    • US20100213767A1
    • 2010-08-26
    • US12378857
    • 2009-02-20
    • Kasemsan Siri
    • Kasemsan Siri
    • H02J4/00
    • H02J1/102Y10T307/555Y10T307/707
    • A channelized uniform distribution power system controls individual channels of power converters with each channel of power converters having uniform output power as the channels are controlled by voltage control signals from respective controllers that are interconnected by a shared current signal and a shared voltage signal for controlling the channels to provide uniform power, with conventional current limiting and voltage regulation functions. Each channel may have a number of converters being parallel-input parallel-output connected converters, series input parallel-output connected converters, and parallel-input series output connected converters.
    • 信道化均匀分配电力系统控制功率转换器的各个通道,每个通道的功率转换器具有均匀的输出功率,因为​​通道由来自相应控制器的电压控制信号控制,这些控制信号通过共享电流信号和共享电压信号互连,用于控制 通道提供均匀的功率,具有传统的限流和调压功能。 每个通道可以具有多个并行输入并行输出连接转换器,串并联输出连接转换器和并行输入串联输出连接转换器。
    • 9. 发明授权
    • Solar array inverter with maximum power tracking
    • 太阳能阵列逆变器具有最大功率跟踪功能
    • US07193872B2
    • 2007-03-20
    • US11045821
    • 2005-01-28
    • Kasemsan Siri
    • Kasemsan Siri
    • H02M3/24
    • H02M3/33592H02M7/53803H02M2001/0012H02M2001/007Y02B70/1475Y02E10/56
    • An inverter for use in connecting a DC power source to the utility grid includes a single DC-DC conversion stage, maximum (source) power tracking, and current control based on feed-forward compensation as a function of an input power commanding voltage, rectified utility line voltage, and either a scaled and squared inverse or a scaled inverse of RMS utility line voltage. Various embodiments also include over-voltage, over-current, under-voltage, and over-temperature protection, and a stand-by battery with its battery management control, while others adapt a multiple-channel front-end distributed power system with distributed maximum power tracking to serve as a single DC power source input to the inverter system downstream with controllers, emergency or auxiliary loads, and alternative current feedback control systems for providing an in-phase output current with respect to the utility grid voltage while absorbing maximum power available from the DC power source and minimally utilizing the stand-by battery for maximal system reliability.
    • 用于将直流电源连接到公用电网的逆变器包括基于作为输入功率指令电压的函数的前馈补偿的单个DC-DC转换级,最大(源)功率跟踪和电流控制,整流 公用事业线电压,以及RMS公用线路电压的缩放和平方反相或缩放的反相。 各种实施例还包括过电压,过电流,欠压和过温保护以及具有其电池管理控制的备用电池,而其他适用于具有分布式最大值的多通道前端分布式电力系统 功率跟踪,用作输入到逆变器系统的单个直流电源,控制器,紧急或辅助负载以及替代电流反馈控制系统,用于提供相对于公用电网电压的同相输出电流,同时吸收可用的最大功率 从直流电源和最小的利用备用电池最大的系统可靠性。