On-off apparatus and electronic device

Patent metadata

Field	Value
Publication number	US-2018351413-A1
Application number	US-201615779053-A
Country	US
Kind code	A1
Filing date	Nov 22, 2016
Priority date	Nov 27, 2015
Publication date	Dec 6, 2018
Grant date	—

Abstract

An on-off apparatus and an electronic device are provided. The on-off apparatus includes: an AC input end, an AC output end, an on-off module, a first DC isolating component and a second DC isolating component. The on-off module includes a first pin, a second pin, a third pin, a fourth pin and a control pin. The third pin is connected to a DC power supply. The fourth pin is connected to ground. The control pin is configured to receive a control signal. The on-off module is configured to turn on or off a path between the third pin and the fourth pin under control of the control signal.

First claim

1 . An on-off apparatus, comprising an alternating current (AC) input end, an AC output end, an on-off module, a first direct current (DC) isolating component and a second DC isolating component;
wherein, the on-off module comprises a first pin, a second pin, a third pin, a fourth pin and a control pin, the third pin is electrically connected to a DC power supply, the fourth pin is connected to a ground end, and the control pin is configured to receive a control signal; the on-off module is configured to turn on or off a path between the third pin and the fourth pin under control of the control signal; when the path between the third pin and the fourth pin is turned on, a path between the first pin and the second pin is turned on; when the path between the third pin and the fourth pin is turned off, the path between the first pin and the second pin is turned off; the first DC isolating component is connected between the AC input end and the first pin, the first DC isolating component is configured to isolate a DC signal between the first pin and the AC input end, and to transmit an AC signal between the first pin and the AC input end; the second DC isolating component is connected between the AC output end and the second pin, the second DC isolating component is configured to isolate a DC signal between the second pin and the AC output end, and to transmit an AC signal between the second pin and the AC output end.

2 . The on-off apparatus according to claim 1 , wherein the on-off module comprises a first load, a second load, a control module and a first unidirectional conduction module,
the control module is connected to the control pin, and the control module is connected between the third pin and the first load, or the control module is connected between the fourth pin and the second load, and is configured to turn on or off the path between the third pin and the fourth pin under the control of the control signal; the first unidirectional conduction module is connected between the first load and the second load and between the first pin and the second pin, and is configured to turn on the path between the first pin and the second pin when the path between the third pin and the fourth pin is turned on, and to turn off the path between the first pin and the second pin when the path between the third pin and the fourth pin is turned off.

3 . An on-off apparatus, comprising an alternating current (AC) input port, an AC output port, an on-off module, a first direct current (DC) isolating component, a second DC isolating component, a third DC isolating component and a fourth DC isolating component;
wherein
the AC input port comprises a first end and a second end;
the AC output port comprises a first end and a second end;
the on-off module comprises a first pin, a second pin, a third pin, a fourth pin, a fifth pin, a sixth pin and a control pin;
the third pin is electrically connected to a DC power supply, and the fourth pin is connected to a ground end;
the first DC isolating component is connected between the first end of the AC input port and the first pin, and the first DC isolating component is configured to isolate a DC signal between the first pin and the first end of the AC input port, and to transmit an AC signal between the first pin and the first end of the AC input port;
the second DC isolating component is connected between the first end of the AC output port and the second pin, and the second DC isolating component is configured to isolate a DC signal between the second pin and the first end of the AC output port, and to transmit an AC signal between the second pin and the first end of the AC output port;
the third DC isolating component is connected between the second end of the AC input port and the fifth pin, and the third DC isolating component is configured to isolate a DC signal between the fifth pin and the second end of the AC input port, and to transmit an AC signal between the fifth pin and the second end of the AC input port;
the fourth DC isolating component is connected between the second end of the AC output port and the sixth pin, and the fourth DC isolating component is configured to isolate a DC signal between the sixth pin and the second end of the AC output port, and to transmit an AC signal between the sixth pin and the second end of the AC output port;
the control pin is configured to receive a control signal;
the on-off module is configured to turn on or off a path between the third pin and the fourth pin under control of the control signal, when the path between the third pin and the fourth pin is turned on, a path between the first pin and the second pin is turned on, and a path between the fifth pin and the sixth pin is turned on; when the path between the third pin and the fourth pin is turned off, the path between the first pin and the second pin is turned off, and the path between the fifth pin and the sixth pin is turned off.

4 . The on-off apparatus according to claim 3 , wherein the on-off module comprises a first load, a second load, a second unidirectional conduction module, a third load, a third unidirectional conduction module and a control module;
the control module is connected to the control pin, and the control module is connected between the third pin and the first load, or the control module is connected between the fourth pin and the second load, and is configured to turn on or off the path between the third pin and the fourth pin under the control of the control signal; the second unidirectional conduction module is connected between the first load and the third load, and the third unidirectional conduction module is connected between the third load and the second load; the first pin is arranged at a connection point between the second unidirectional conduction module and the third load, and is connected to the first DC isolating component; the second pin is arranged at a connection point between the first load and the second unidirectional conduction module, and is connected to the second DC isolating component; the fifth pin is arranged at a connection point between the second load the third unidirectional conduction module, and is connected to the third DC isolating component; the sixth pin is arranged at a connection point between the third load and the third unidirectional conduction module, and is connected to the fourth DC isolating component; the second unidirectional conduction module is configured to turn on the path between the first pin and the second pin when the path between the third pin and the fourth pin is turned on, and to turn off the path between the first pin and the second pin when the path between the third pin and the fourth pin is turned off; the third unidirectional conduction module is configured to turn on a path between the fifth pin and the sixth pin when the path between the third pin and the fourth pin is turned on, and to turn off the path between the fifth pin and the sixth pin when the path between the third pin and the fourth pin is turned off.

5 . The on-off apparatus according to claim 4 , wherein the second unidirectional conduction module comprises a second PIN diode; and the third unidirectional conduction module comprises a third PIN diode.

6 . The on-off apparatus according to claim 4 , wherein the first load, the second load and the third load have the same resistance value, and a resistance value of the first load, a resistance value of the second load or a resistance value of the third load is greater than a predetermined value.

7 . The on-off apparatus according to claim 4 , wherein the first load has the same resistance value with the second load, and a resistance value of the first load or a resistance value of the second load is greater than a predetermine

Assignees

• Tendyron Corp

Inventors

• Li Dongsheng

Classifications

• H02J50/20 Primary

  using microwaves or radio frequency waves · CPC title

• H02J50/12

  of the resonant type · CPC title

• H04B5/0031

  Electricity · mapped topic

• H04B5/26 Primary

  using coils · CPC title

• H04B5/77

  for interrogation · CPC title