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    • 3. 发明授权
    • Switching power supply with switching circuits
    • 开关电源与开关电路
    • US08120339B2
    • 2012-02-21
    • US12360219
    • 2009-01-27
    • Yoshiyuki KawaseToru ItabashiMitsuhiro Kanayama
    • Yoshiyuki KawaseToru ItabashiMitsuhiro Kanayama
    • G05F1/40
    • H02M3/1584
    • A switching power supply has first and second switching units and a control unit. Each switching unit has a switching element performing a switching operation to intermittently receive electric current from a battery while accumulating electric power in a coil and discharging this power to an output terminal. A resistor earthed is serially connected with each switching element. The resistance of the first resistor receiving the first current from the first switching element is lower than that of the second resistor receiving the second current from the second switching element. A maximum value of the first current is higher than that of the second current due to the difference between the resistors. The control unit controls the switching operations of the elements to boost the voltage of the battery and stops the switching operations in response to the first current exceeding an upper value.
    • 开关电源具有第一和第二开关单元和控制单元。 每个开关单元具有执行切换操作的开关元件,以在电池中蓄积电力的同时间歇地接收来自电池的电流,并将该功率放电到输出端子。 接地电阻与每个开关元件串联连接。 接收来自第一开关元件的第一电流的第一电阻器的电阻低于接收来自第二开关元件的第二电流的第二电阻器的电阻。 由于电阻之间的差异,第一电流的最大值高于第二电流的最大值。 控制单元控制元件的切换操作以提高电池的电压,并响应于超过上限值的第一电流停止开关操作。
    • 4. 发明申请
    • SWITCHING POWER SUPPLY WITH SWITCHING CIRCUITS
    • 切换电源切换电源
    • US20090189583A1
    • 2009-07-30
    • US12360219
    • 2009-01-27
    • Yoshiyuki KawaseToru ItabashiMitsuhiro Kanayama
    • Yoshiyuki KawaseToru ItabashiMitsuhiro Kanayama
    • G05F1/46
    • H02M3/1584
    • A switching power supply has first and second switching units and a control unit. Each switching unit has a switching element performing a switching operation to intermittently receive electric current from a battery while accumulating electric power in a coil and discharging this power to an output terminal. A resistor earthed is serially connected with each switching element. The resistance of the first resistor receiving the first current from the first switching element is lower than that of the second resistor receiving the second current from the second switching element. A maximum value of the first current is higher than that of the second current due to the difference between the resistors. The control unit controls the switching operations of the elements to boost the voltage of the battery and stops the switching operations in response to the first current exceeding an upper value.
    • 开关电源具有第一和第二开关单元和控制单元。 每个开关单元具有执行切换操作的开关元件,以在电池中蓄积电力的同时间歇地接收来自电池的电流,并将该功率放电到输出端子。 接地电阻与每个开关元件串联连接。 接收来自第一开关元件的第一电流的第一电阻器的电阻低于接收来自第二开关元件的第二电流的第二电阻器的电阻。 由于电阻之间的差异,第一电流的最大值高于第二电流的最大值。 控制单元控制元件的切换操作以提高电池的电压,并响应于超过上限值的第一电流停止开关操作。
    • 10. 发明授权
    • Electrical load driving apparatus
    • 电力负载驱动装置
    • US08497715B2
    • 2013-07-30
    • US13314272
    • 2011-12-08
    • Mitsuhiro Kanayama
    • Mitsuhiro Kanayama
    • H03K3/00
    • G01R31/026H03K17/102
    • The electrical load driving apparatus includes means for alternately lowering the gate voltages of two current supply transistors connected in parallel to each other at regular time intervals, a current being supplied to an electrical load through drain-source paths of both the current supply transistors, and means for detecting wire breakage in two current supply wires in which the current supply transistors are interposed respectively at portions near the electrical load with respect to the current supply transistors based on the drain-source voltages of the current supply transistors.
    • 电负载驱动装置包括用于以规则的时间间隔交替地降低彼此并联连接的两个电流源晶体管的栅极电压的装置,通过两个电流源晶体管的漏极 - 源极路径将电流提供给电负载,以及 用于检测两根电流电源线中的断线的装置,其中电流源晶体管基于电流源晶体管的漏 - 源电压分别插入电负载相对于电流源晶体管的部分附近。