Voltage converter with selectable output voltage levels
First Claim
1. A voltage converter comprising:
- a converter circuit having an input port for receiving an input voltage and an output port for providing an output voltage, said converter circuit including a voltage level setting circuit that is configured for generating a feedback signal, the output voltage generated by said converter circuit having a voltage level that is determined according to value of the feedback signal, said voltage level setting circuit including a plurality of first electrical components and a first common line;
a casing that receives said converter circuit and that is formed with a set of first jumper holes, each of which corresponds to a respective one of said first electrical components, and at least a second jumper hole corresponding to said first common line; and
a jumper member inserted into at least one of said first jumper holes and further inserted into said second jumper hole for connecting electrically selected at least one of said first electrical components to said first common line, the value of the feedback signal being dependent upon connection status of said first electrical components to said first common line.
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Abstract
A voltage converter includes a converter circuit, a casing, and a jumper member. The converter circuit includes a voltage level setting circuit configured for generating a feedback signal, wherein an output voltage generated by the converter circuit has a voltage level that is determined according to value of the feedback signal. The voltage level setting circuit includes a plurality of first electrical components and a first common line. The casing receives the converter circuit, and is formed with a set of first jumper holes corresponding to the first electrical components, and a second jumper hole corresponding to the first common line. The jumper member connects selected ones of the first electrical components to the first common line upon insertion into the first and second jumper holes. The value of the feedback signal is dependent upon connection status of the first electrical components to the first common line.
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Citations
12 Claims
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1. A voltage converter comprising:
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a converter circuit having an input port for receiving an input voltage and an output port for providing an output voltage, said converter circuit including a voltage level setting circuit that is configured for generating a feedback signal, the output voltage generated by said converter circuit having a voltage level that is determined according to value of the feedback signal, said voltage level setting circuit including a plurality of first electrical components and a first common line; a casing that receives said converter circuit and that is formed with a set of first jumper holes, each of which corresponds to a respective one of said first electrical components, and at least a second jumper hole corresponding to said first common line; and a jumper member inserted into at least one of said first jumper holes and further inserted into said second jumper hole for connecting electrically selected at least one of said first electrical components to said first common line, the value of the feedback signal being dependent upon connection status of said first electrical components to said first common line. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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Specification