HV9903K6-G, HV9904P, HV9906 Selling Leads, Datasheet
MFG:SUPERTEX Package Cooled:QFN D/C:08+
HV9903K6-G, HV9904P, HV9906 Datasheet download
Part Number: HV9903K6-G
MFG: SUPERTEX
Package Cooled: QFN
D/C: 08+
MFG:SUPERTEX Package Cooled:QFN D/C:08+
HV9903K6-G, HV9904P, HV9906 Datasheet download
MFG: SUPERTEX
Package Cooled: QFN
D/C: 08+
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Datasheet: HV9100
File Size: 327436 KB
Manufacturer: SUTEX [Supertex, Inc]
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PDF/DataSheet Download
Datasheet: HV9904P
File Size: 100576 KB
Manufacturer: SUTEX [Supertex, Inc]
Download : Click here to Download
PDF/DataSheet Download
Datasheet: HV9906
File Size: 455857 KB
Manufacturer: SUTEX [Supertex, Inc]
Download : Click here to Download
The Supertex HV9906 allows the development of the smallest possible, most reliable, offline and wide DC/DC conversion range converters for driving LEDs and other applications. The HV9906 combines internally all the components required to operate directly from the rectified AC line with a feedback mechanism that eliminates filters & compensation components, and which can close the loop with feedback from a discontinuous waveform (eg. LED current).
The HV9906 is capable of driving multiconverters, which have been shown to provide the best performance to component count trade off for wide conversion range applications like offline converters. Applicable multiconverters include bucking & boosting topologies, in isolated & non-isolated configurations, as well as power factor correcting topologies from <1W up to 150W.
Proper choice of external components will allow the programming of currents from <1mA to several amps and will allow stepping up or stepping down from the input without the need to change components. For example, the same HV9906 converter nominally regulating to 60VDC output may operate from 12VDC, or from rectified AC input to 265VRMS.
The HV9906 utilizes a programmable inversely proportional fast feed forward algorithm to calculate output on time and a novel Integrating Lock Loop (IL2) feedback with programmable threshold differential sensing. The sensed feedback may be positive or negative with respect to ground and the signal may be discontinuous. In some topologies this control method permits the elimination of the bulky input filter capacitor (a small high voltage ceramic or film capacitor is required to maintain a high frequency path). This algorithm when used with certain multiconverters such as the flyback-buck, with a fixed load, results in near constant frequency with only a small dither which helps meet FCC requirements.