Browsing by Author "YANG, GP"
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Item type:Item, A SYSTEM APPROACH TO THE DYNAMIC CHARACTERISTICS OF HYDROSTATIC BEARINGS USED ON MACHINE-TOOLS(1980-01-01) ;CHEN, KN ;YANG, GP ;WANG, X ;YANG, HH交大名義發表Item type:Item, A SYSTEM APPROACH TO THE DYNAMIC CHARACTERISTICS OF HYDROSTATIC BEARINGS USED ON MACHINE-TOOLS(1980-01-01) ;CHEN, KN ;YANG, GP ;WANG, XYANG, HHItem type:Item, INVESTIGATION OF THERMAL COEFFICIENT FOR POLYCRYSTALLINE SILICON THERMAL SENSOR DIODE(1992-02-01) ;YEH, CF ;LIN, SS ;YANG, GP ;交大名義發表電控工程研究所Thermal sensors utilizing p-n junction diodes built into the polycrystalline silicon layer are developed. The effective factors influencing the thermal coefficient of polycrystalline silicon thermal sensor diodes are clarified. It is found that diodes with a light boron dose have a larger thermal coefficient than those with a heavy boron dose. The plural p-n diodes connected with more cascade series number have a larger thermal coefficient than ones with less cascade series number. The periphery of the thermal sensor seems to have little effect on the thermal coefficient. In addition, the thermal coefficient will become higher as a larger forward current is selected. The thermal coefficient of the sensor with a boron dose of 1 x 10(15) cm-2 will reach a saturation value of -2 mV/K when the forward current is above 2-mu-A.