• Patent Title: Arc-extinguishing power device driving apparatus and arc extinguishing apparatus
  • Application No.: US16072142
    Application Date: 2017-01-20
  • Publication No.: US10468207B2
    Publication Date: 2019-11-05
  • Inventor: Qiaoshi Guo
  • Applicant: Qiaoshi Guo
  • Applicant Address: CN Guangdong
  • Assignee: Qiaoshi Guo
  • Current Assignee: Qiaoshi Guo
  • Current Assignee Address: CN Guangdong
  • Agency: Wolf, Greenfield & Sacks, P.C.
  • Priority: CN201610070145 20160124; CN201610116841 20160226; CN201610133080 20160302; CN201610176973 20160318; CN201610307735 20160503; CN201610392525 20160522; CN201610403426 20160602; CN201610946077 20161026; CN201610923032 20161029; CN201710029448 20170116
  • International Application: PCT/CN2017/071791 WO 20170120
  • International Announcement: WO2017/125054 WO 20170727
  • Main IPC: H01H9/54
  • IPC: H01H9/54 H01H9/30 G01R19/22 H01H47/24 H03K17/51
Arc-extinguishing power device driving apparatus and arc extinguishing apparatus
Abstract:
An arc extinguishing power device driving apparatus and an arc extinguishing apparatus of the present disclosure belong to the electrical field, and are particularly an arc extinguishing power device driving apparatus applicable to an electronic arc extinguishing apparatus for driving a power device. The power device that needs to be driven is connected in parallel to a mechanical switch that requires arc extinguishing, and includes a first voltage detection switch. An input end of the first voltage detection switch is connected to two ends of the power device. The first voltage detection switch is connected in series in a driving loop of the power device. The first voltage detection switch is turned on when detecting that there is a potential difference between the two ends of the power device. A driving signal is transferred to the power device by using the first voltage detection switch, to drive the power device to be turned on. The first voltage detection switch is a semi-controllable switch, or a fully-controllable switch whose threshold is less than an on-state voltage of the power device. The present disclosure has advantages of no need of a semiconductor device with a high withstand voltage, real-time detection on disconnection of a mechanical switch, and low driving energy consumption.
Information query
Patent Agency Ranking
0/0