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    • 1. 发明申请
    • UNIDERECTIONAL DC-DC CONVERTER
    • 独立DC-DC转换器
    • US20070236966A1
    • 2007-10-11
    • US11627393
    • 2007-01-26
    • Junpei UrunoHiroyuki ShojiAkihiko KanoudaYasuo Kaminaga
    • Junpei UrunoHiroyuki ShojiAkihiko KanoudaYasuo Kaminaga
    • H02M3/335
    • H02M3/158
    • A unidirectional DC-DC converter which has a simple control circuit without using multiple insulated power supplies, uses an auxiliary inductor of a comparatively small capacitance, reduces the size and weight of the converter, and has a very great capacitance without switching of supply current.A unidirectional DC-DC converter equipped with main IGBT101 which supplies and shuts off current for first inductor 108a and diode 107 which discharges energy from main inductor 108a to an output, wherein the DC-DC converter is further equipped with auxiliary IGBT104 which applies current to back-to-back-connected diode 102 by using energy stored in auxiliary inductor 108b which is magnetically coupled with main inductor 108a. This applies current to the back-to-back-connected diode in a short period including a time period in which the first switching element is turned on and accomplishes ZVZCS.
    • 具有简单的控制电路而不使用多个绝缘电源的单向DC-DC转换器使用相对小的电容的辅助电感器,减小了转换器的尺寸和重量,并且具有非常大的电容而不需要切换电源电流。 配备有主IGBT101的单向DC-DC转换器,其向第一电感器108a和二极管107提供和切断电流,该二极管107将主电感器108a的能量放电到输出,其中DC-DC转换器还配备有辅助IGBT 104 其通过使用存储在与主电感器108a磁耦合的辅助电感器108b中的能量来将电流施加到背对背连接的二极管102。 这在短时间内将电流施加到背对背连接的二极管,包括第一开关元件接通并实现ZVZCS的时间段。
    • 2. 发明授权
    • Semiconductor integrated circuit device
    • 半导体集成电路器件
    • US5604417A
    • 1997-02-18
    • US992448
    • 1992-12-17
    • Yasuo KaminagaYoji NishioAkihiro TambaYutaka KobayashiMasataka Minami
    • Yasuo KaminagaYoji NishioAkihiro TambaYutaka KobayashiMasataka Minami
    • H01L27/06H03K19/013H03R19/013
    • H01L27/0623H03K19/0136
    • The device has, on a single substrate, plural internal circuits, plural input circuits for receiving external input signals and outputting the same to the internal circuit, and plural output circuits for receiving signals outputted from the internal circuits and externally outputting the same, in which at least one of the circuits includes a totem-pole output stage of a first NPN bipolar transistor, on the power supply terminal side, and a second NPN bipolar transistor, on the ground side; a first differentiator circuit for providing pulsing action to the base of the first NPN transistor; a pair of series-connected PMOS transistors for controllably driving the second NPN transistor; and feedback MOS transistors for quickening turn-off of the output stage transistors. The circuit can be effected with a second differentiator circuit in place of the series-connected pair of PMOS transistors. Arrangements of circuits can also be effected in which the totem-pole connection is constituted by a PNP transistor, on the power source terminal side, and an NPN or NMOS transistor on the ground or pull-down side. With such circuit configurations, the output signal swing is maximized, and the differentiator circuit provides for temporary saturation along with a quickened recovery therefrom, thereby reducing transmission delay time and achieving low power consumption. The device can be implemented by circuitry which employs the bootstrap effect as well as IIL (I.sup.2 L) design schemes.
    • 该装置在单个基板上具有多个内部电路,用于接收外部输入信号并将其输出到内部电路的多个输入电路,以及用于接收从内部电路输出并从外部输出信号的多个输出电路,其中 至少一个电路包括位于电源端侧的第一NPN双极晶体管的图腾柱输出级和位于地侧的第二NPN双极晶体管; 用于向第一NPN晶体管的基极提供脉冲作用的第一微分电路; 一对用于可控地驱动第二NPN晶体管的串联PMOS晶体管; 以及用于加速输出级晶体管关断的反馈MOS晶体管。 电路可以用第二微分电路代替串联连接的一对PMOS晶体管。 还可以实现电路的布置,其中图腾柱连接由PNP晶体管,电源端侧和地面或下拉侧的NPN或NMOS晶体管构成。 利用这种电路配置,输出信号摆幅最大化,微分电路提供临时饱和以及快速恢复,从而减少传输延迟时间并实现低功耗。 该设备可以由采用自举效应以及IIL(I2L)设计方案的电路来实现。
    • 4. 发明申请
    • Soft switching DC-DC converter
    • 软开关DC-DC转换器
    • US20060176719A1
    • 2006-08-10
    • US11348348
    • 2006-02-07
    • Junpei UrunoHiroyuki ShojiAkihiko KanoudaYasuo Kaminaga
    • Junpei UrunoHiroyuki ShojiAkihiko KanoudaYasuo Kaminaga
    • H02M7/04H02M5/42
    • H02M3/158H02M2001/342Y02B70/1425Y02B70/1491
    • The present invention relates to a soft switching DC-DC converter. A soft switching DC-DC converter comprises a first switching element having a first terminal connected to an input side and having a control terminal for controlling a main electric current; a first diode having a first terminal connected to a second terminal of this first switching element; a primary coil of a transformer having primary and secondary coils, connected to the second terminal of the first switching element; a second diode having a first terminal connected to the first terminal of the first switching element; a second switching element having a first terminal connected to the second terminal of this second diode; and the secondary coil of the transformer, having a first terminal connected to a second terminal of this second switching element, and having a second terminal connected to the second terminal of the first switching element. The soft switching DC-DC converter allows a substantial reduction of the loss in the capacitor operation, by including a resonant circuit composed of a transformer.
    • 本发明涉及一种软开关DC-DC转换器。 软开关DC-DC转换器包括:第一开关元件,其具有连接到输入侧的第一端子,并具有用于控制主电流的控制端子; 第一二极管,具有连接到该第一开关元件的第二端子的第一端子; 变压器的初级线圈,其具有连接到第一开关元件的第二端子的初级和次级线圈; 第二二极管,具有连接到第一开关元件的第一端子的第一端子; 第二开关元件,其具有连接到该第二二极管的第二端子的第一端子; 和变压器的次级线圈,其具有连接到该第二开关元件的第二端子的第一端子,并且具有连接到第一开关元件的第二端子的第二端子。 通过包括由变压器组成的谐振电路,软开关DC-DC转换器允许电容器操作中的损耗显着降低。
    • 5. 发明授权
    • Input/output device for connection and disconnection of active lines
    • 用于连接和断开有源线路的输入/输出设备
    • US06393509B2
    • 2002-05-21
    • US09932973
    • 2001-08-21
    • Tsutomu YamadaKenichi KurosawaYasuo KaminagaKouji MasuiAkihiro Ohashi
    • Tsutomu YamadaKenichi KurosawaYasuo KaminagaKouji MasuiAkihiro Ohashi
    • G06F1300
    • G06F13/4081G06F1/189Y02D10/14Y02D10/151
    • There is provided an input/output device having of not exerting any adverse influence on other expansion devices connected to a system bus at the time of insertion or removal. An expansion device 800 comprises an electronic circuit 400 and a MOS switch 300, and is connected to a system bus (BUS) via a connector having long and short pins. The expansion device 800 two power supply systems, namely a stable power supply 250 and an unstable power supply 260. At the time of insertion or removal of the expansion device 800, power is provided to the MOS switch 300 and a high impedance maintaining circuit from the stable power supply via a pair of long pins, so as to reliably place the MOS switch 300 in a high impedance state, inside the expansion device the high impedance maintaining circuit 350 drives an open/close control terminal, and power is provided to the electronic circuit 400 from the unstable power supply 260. At the time of insertion or removal, adverse influence is not exerted on the signal transmission on the system bus, and effects of load variation on the main power supply are reduced.
    • 提供了一种输入/输出装置,其在插入或移除时对连接到系统总线的其它扩展装置没有任何不利影响。扩展装置800包括电子电路400和MOS开关300,并且被连接 通过具有长和短引脚的连接器连接到系统总线(BUS)。 膨胀装置800是两个电源系统,即稳定的电源250和不稳定的电源260.在插入或移除扩展装置800时,向MOS开关300提供电力和高阻抗保持电路 通过一对长引脚稳定供电,为了可靠地将MOS开关300置于高阻抗状态,高阻抗保持电路350在扩展装置的内部驱动开/关控制端子,并且向 来自不稳定电源260的电子电路400.在插入或移除时,不会对系统总线上的信号传输产生不利影响,并且降低对主电源的负载变化的影响。
    • 7. 发明授权
    • Input/output device for connection and disconnection of active lines
    • 用于连接和断开有源线路的输入/输出设备
    • US6038615A
    • 2000-03-14
    • US43517
    • 1998-03-23
    • Tsutomu YamadaKenichi KurosawaYasuo KaminagaKouji MasuiAkihiro Ohashi
    • Tsutomu YamadaKenichi KurosawaYasuo KaminagaKouji MasuiAkihiro Ohashi
    • G06F1/18G06F13/40G06F13/00
    • G06F13/4081G06F1/189Y02B60/1228Y02B60/1235
    • There is provided an input/output device which is capable of not exerting any adverse influence on other expansion devices connected to a system bus at the time of insertion or removal thereof. An expansion device 800 includes an electronic circuit 400 and a MOS switch 300 and is connected to a system bus (BUS) via a connector having long and short pins. The expansion device 800 is coupled to two power supply systems, namely a stable power supply 250 and an unstable power supply 260. At the time of insertion or removal of the expansion device 800, power is provided to the MOS switch 300 and a high impedance maintaining circuit from the stable power supply via a pair of long pins, so as to reliably place the MOS switch 300 in a high impedance state; and, inside the expansion device, the high impedance maintaining circuit 350 drives an open/close control terminal, and power is provided to the electronic circuit 400 from the unstable power supply 260. At the time of insertion or removal, adverse influence is not exerted on the signal transmission on the system bus, and effects of load variation on the main power supply are reduced.
    • PCT No.PCT / JP95 / 01955 Sec。 371日期:1998年3月23日 102(e)1998年3月23日PCT PCT 1995年9月27日PCT公布。 公开号WO97 / 12312 PCT 日期1997年4月3日提供了一种输入/输出装置,其能够在插入或移除系统总线时不对连接到系统总线的其它扩展装置施加任何不利影响。 扩展装置800包括电子电路400和MOS开关300,并通过具有长和短引脚的连接器连接到系统总线(BUS)。 扩展装置800耦合到两个电源系统,即稳定的电源250和不稳定的电源260.在插入或移除扩展装置800时,向MOS开关300提供电力,并且高阻抗 通过一对长引脚保持来自稳定电源的电路,以便可靠地将MOS开关300置于高阻抗状态; 并且在扩展装置内部,高阻抗保持电路350驱动开/关控制端子,并且从不稳定电源260向电子电路400提供电力。在插入或移除时不会产生不利影响 对系统总线上的信号传输,负载变化对主电源的影响减小。
    • 8. 发明授权
    • Input/output device for connection and disconnection of active lines
    • 用于连接和断开有源线路的输入/输出设备
    • US06728811B2
    • 2004-04-27
    • US10141067
    • 2002-05-09
    • Tsutomu YamadaKenichi KurosawaYasuo KaminagaKouji MasuiAkihiro Ohashi
    • Tsutomu YamadaKenichi KurosawaYasuo KaminagaKouji MasuiAkihiro Ohashi
    • G06F1300
    • G06F13/4081Y02D10/14Y02D10/151
    • There is provided an input/output device having of not exerting any adverse influence on other expansion devices connected to a system bus at the time of insertion or removal. An expansion device 800 comprises an electronic circuit 400 and a MOS switch 300, and is connected to a system bus (BUS) via a connector having long and short pins. The expansion device 800 two power supply systems, namely a stable power supply 250 and an unstable power supply 260. At the time of insertion or removal of the expansion device 800, power is provided to the MOS switch 300 and a high impedance maintaining circuit from the stable power supply via a pair of long pins, so as to reliably place the MOS switch 300 in a high impedance state, inside the expansion device the high impedance maintaining circuit 350 drives an open/close control terminal, and power is provided to the electronic circuit 400 from the unstable power supply 260. At the time of insertion or removal, adverse influence is not exerted on the signal transmission on the system bus, and effects of load variation on the main power supply are reduced.
    • 提供了一种输入/输出装置,其在插入或移除时对连接到系统总线的其它扩展装置没有任何不利影响。扩展装置800包括电子电路400和MOS开关300,并且被连接 通过具有长和短引脚的连接器连接到系统总线(BUS)。 膨胀装置800是两个电源系统,即稳定的电源250和不稳定的电源260.在插入或移除扩展装置800时,向MOS开关300提供电力和高阻抗保持电路 通过一对长引脚稳定供电,为了可靠地将MOS开关300置于高阻抗状态,高阻抗保持电路350在扩展装置的内部驱动开/关控制端子,并且向 来自不稳定电源260的电子电路400.在插入或移除时,不会对系统总线上的信号传输产生不利影响,并且降低对主电源的负载变化的影响。
    • 10. 发明授权
    • Unidirectional DC-DC converter
    • 单向DC-DC转换器
    • US07557546B2
    • 2009-07-07
    • US11627393
    • 2007-01-26
    • Junpei UrunoHiroyuki ShojiAkihiko KanoudaYasuo Kaminaga
    • Junpei UrunoHiroyuki ShojiAkihiko KanoudaYasuo Kaminaga
    • G05F1/24
    • H02M3/158
    • A unidirectional DC-DC converter which has a simple control circuit without using multiple insulated power supplies or a transformer, uses an auxiliary inductor of a comparatively small capacitance, reduces the size and weight of the converter, and has a very great capacitance without switching of supply current. For example, a unidirectional DC-DC converter equipped with main IGBT101 which supplies and shuts off current for first inductor 108a and diode 107 which discharges energy from main inductor 108a to an the output. The DC-DC converter is further equipped with auxiliary IGBT104 which applies current to back-to-back-connected diode 102 by using energy stored in auxiliary inductor 108b which is magnetically coupled with main inductor 108a. This applies current to the back-to-back-connected diode in a short period including a time period in which the first switching element is turned on and accomplishes ZVZCS.
    • 具有简单的控制电路而不使用多个绝缘电源或变压器的单向DC-DC转换器使用相对小的电容的辅助电感器,减小了转换器的尺寸和重量,并且具有非常大的电容,而无需切换 供电电流。 例如,配备有主IGBT101的单向DC-DC转换器,其向第一电感器108a和二极管107提供和切断电流,第一电感器108a和二极管107将能量从主电感器108a放电到输出端。 DC-DC转换器还配备有辅助IGBT104,其通过使用与主电感器108a磁耦合的辅助电感器108b中存储的能量来将电流施加到背对背连接的二极管102。 这在短时间内将电流施加到背对背连接的二极管,包括第一开关元件接通并实现ZVZCS的时间段。