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These AC-DC power supply controllers integrate a power factor corrector (PFC) controller into a multichip IC. Efficient PFC operation is achieved by implementing functions for quasi-resonant (QR) operation at high-power levels and valley skipping at lower power levels.
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| Part Number | Description | Package | Datasheet | Order |
|---|---|---|---|---|
| TEA6017AT New | Digital configurable LLC and multimode PFC controller | SO16 |
PDF (617.8 kB) |
Buy |
| TEA2017AAT | Digital configurable LLC and multimode PFC controller | SO16 |
PDF (599 kB) |
Buy |
| TEA2016AAT | Digital controller for high-efficiency resonant power supply | SO16 |
PDF (820 kB) |
Buy |
| TEA19162T | PFC controller | SO8 |
PDF (277 kB) |
Buy |
| TEA19162HT | PFC controller | SO8 |
PDF (333 kB) |
Buy |
| TEA19161T | Digital controller for high-efficiency resonant power supply | SO16 |
PDF (423 kB) |
Buy |
The main focus of the design tool is to address common issues proactively, such as corner case stress of devices, device tolerance effect to performance and design optimization.
NEW GreenChip TEA6017 digital configurable LLC and multimode PFC controller for high-efficiency resonant power supplies. It enables low component count and is easy to design thanks to the available GUI. Offered in a small-size SO16 package.
The power selection guide provides you with a breakdown of a variety of AC-DC converters and available demo boards.
Read the selector guideSimplifying the design of high-efficiency resonant power supplies.
Read the brochureCombining power factor correction (PFC) with a resonant power supply controller, this multi-chip IC increases efficiency in a broad range of power supplies that use wide mains voltage.
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