DescriptionThe UAA1016B is designed to drive triacs with the zero voltage technique which allows RFI free power regulation of resistive loads. Features of the UAA1016B are:(1)proportional temperature control over an adjustable band;(2)adjustable burst frequency(to comply with standards);(3)no DC ...
UAA1016B: DescriptionThe UAA1016B is designed to drive triacs with the zero voltage technique which allows RFI free power regulation of resistive loads. Features of the UAA1016B are:(1)proportional temperatu...
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The UAA1016B is designed to drive triacs with the zero voltage technique which allows RFI free power regulation of resistive loads.
Features of the UAA1016B are:(1)proportional temperature control over an adjustable band;(2)adjustable burst frequency(to comply with standards);(3)no DC current component through the main line(to comply with standards);(4)negative output current pulses(triac quadrants 2 and 3);(5)direct AC line operation;(6)low extermal components count.
The maximum ratings of the UAA1016B can be summarized as:(1):the parameter is supply current,the symbol is ICC,the rating is 15,the unit is mA;(2):the parameter is nonrepetitive supply current,the symbol is ICCP,the rating is 200,the unit is mA;(3):the parameter is AC synchronization current,the symbol is Isyn,the rating is 3.0,the unit is mArms;(4):the parameter is smaximum pin voltage,the symbol is Vpin,the rating is 0:-VCC,the unit is V;(5):the parameter is maximum current drain,the symbol is Ipin,the rating is 1.0,the unit is mA;(6):the parameter is power dissipation TA=25,the symbol is PD,the rating is 625,the unit is mW;(7):the parameter is maximum thermal resistance,the symbol is RJA,the rating is 100,the unit is /W;(8):the parameter is operating temperature range,the symbol is TA,the rating is -20 to +100,the unit is .