Power converter system having adaptor unit for generating multiple output voltage values
First Claim
1. A power converter system for converting an input voltage to an out out voltage, comprising:
- a main body component, comprising;
a case;
an input terminal for receiving said input voltage;
a power converter circuit electrically connected to said input terminal for generating said output voltage and providing one of an over-current protection, an over-voltage protection, an over-current and over-voltage protection, and no over-current and over-voltage protection, comprising;
an output voltage terminal; and
a common ground terminal;
a plurality of resistors having one end of each said resistor electrically connected to said power converter circuit; and
a first connecting port electrically connected to said output voltage terminal and said common ground terminal of said power converter circuit, and the other end of each said resistor; and
a first set of plurality of adaptor units, wherein each of said adaptor unit is employed for generating one of a plurality of various voltage values of said output voltage by said power converter circuit, each said adaptor unit comprising;
an input connecting port having one end electrically connected to said first connecting port and having the other end with a plurality of connectors,wherein each of said connectors is one of an output voltage connector connected to said first connecting port through said one end thereof so as to be electrically connected to said output voltage terminal for outputting said output voltage, a common ground connector connected to said first connecting port through said one end thereof so as to be electrically connected to said common ground terminal, an interconnecting connector, all of which are connected to one of said output voltage connector and said common ground connector, and an open-circuit connector for forming an open circuit thereof; and
an output connecting port electrically connected to said output voltage connector and said common ground connector for outputting said output voltage,wherein the other end of each said resistor is connected to said input connecting port of each said adaptor unit through said first connecting port to be electrically connected to one of said interconnecting connector and said open-circuit connector so as to be in one of an electrically conductive state and an electrically unconductive state respectively, and said output voltage is formed accordingly.
1 Assignment
0 Petitions
Accused Products
Abstract
The proposed power converter system includes: a main body component having a case, an input terminal, a power converter circuit electrically connected to the input terminal, a plurality of resistors electrically connected to the power converter circuit, and a first connecting port electrically connected to each of the resistors, and a plurality of adaptor units each having an adaptor. Each of the adaptors is employed to let the power converter circuit generate a specific output voltage value and includes: an input connecting port coupled to the first connecting port to let each of the resistors become one of the grounded state, the open-circuited state, and the coupled to the output voltage state, and an output port coupled to the input connecting port for outputting the output voltage.
-
Citations
26 Claims
-
1. A power converter system for converting an input voltage to an out out voltage, comprising:
-
a main body component, comprising; a case; an input terminal for receiving said input voltage; a power converter circuit electrically connected to said input terminal for generating said output voltage and providing one of an over-current protection, an over-voltage protection, an over-current and over-voltage protection, and no over-current and over-voltage protection, comprising; an output voltage terminal; and a common ground terminal; a plurality of resistors having one end of each said resistor electrically connected to said power converter circuit; and a first connecting port electrically connected to said output voltage terminal and said common ground terminal of said power converter circuit, and the other end of each said resistor; and a first set of plurality of adaptor units, wherein each of said adaptor unit is employed for generating one of a plurality of various voltage values of said output voltage by said power converter circuit, each said adaptor unit comprising; an input connecting port having one end electrically connected to said first connecting port and having the other end with a plurality of connectors, wherein each of said connectors is one of an output voltage connector connected to said first connecting port through said one end thereof so as to be electrically connected to said output voltage terminal for outputting said output voltage, a common ground connector connected to said first connecting port through said one end thereof so as to be electrically connected to said common ground terminal, an interconnecting connector, all of which are connected to one of said output voltage connector and said common ground connector, and an open-circuit connector for forming an open circuit thereof; and an output connecting port electrically connected to said output voltage connector and said common ground connector for outputting said output voltage, wherein the other end of each said resistor is connected to said input connecting port of each said adaptor unit through said first connecting port to be electrically connected to one of said interconnecting connector and said open-circuit connector so as to be in one of an electrically conductive state and an electrically unconductive state respectively, and said output voltage is formed accordingly. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25)
-
-
26. A power converter system for converting an input voltage to an output voltage, comprising:
-
a main body component, comprising; a power converter circuit for generating said output voltage, comprising; an output voltage terminal; and a common ground terminal; a resistor having one end electrically connected to said power converter circuit; and a first connecting port electrically connected to the other end of said resistor; and a plural adaptor unit, comprising; an input connecting port having one end electrically connected to said first connecting port and having the other end with plural connectors, wherein each of said connectors is one of an output voltage connector connected to said first connecting port through said one end thereof so as to be electrically connected to said output voltage terminal for outputting said output voltage, a common ground connector connected to said first connecting port through said one end thereof so as to be electrically connected to said common ground terminal, an interconnecting connector, all of which are connected to one of said output voltage connector and said common ground connector, and an open-circuit connector for forming an open circuit thereof, the other end of said resistor is electrically connected to said input connecting port through said first connecting port to be electrically connected to one of said connectors so as to be in one of an electrically conductive state and an electrically unconductive state respectively, and said output voltage is formed accordingly.
-
Specification