High Power Two-Phase Digital Power Factor Correction

2022-04-15

● Overview:
■ This reference designbuilds upon IXYS Corporation's Digital Power Control technology and extends it to high power levels in the area of Power Factor Correction (PFC). It introduces fast switching, high current, high voltage X2-class MOSFETs and incorporates Digital Inrush Current Control concepts (IXYS reference designs IXRD1001 and IXRD1002). Functional control is based upon Zilog's 8-bit Z8F6481 microcontroller, a member of the Z8 Encore! XP F6482 Series of MCUs.
■ High power (1 kW and above) AC to DC converters with active PFC are designed to solve specific issues arising at high power, including the following:
◆ Decrease high current ripples at PFC switching frequency in the input power line
◆ Maintain fast low-loss transfer of high inductor's current from the switching device to the load
◆ Provide efficient conversion in a wide load range
◆ Decrease high frequency electromagnetic interference (EMI) caused by PFC switching devices operating at high current and voltage
◆ Decrease EMI caused by oscillations in the inductor during discontinuous mode at low load that are a result of transforming energy stored in stray capacitance/inductance
◆ Design a low loss high frequency inductor to store and efficiently pump energy into the output bulk capacitor
◆ Develop a robust current-balancing technology for polyphase PFC topology to reduce current ripples in the input power line
◆ Create overload and overvoltage protections to ensure reliable performance in unexpected situations for the end-user

IXYS

IXRD1001IXRD1002Z8 Encore! XP F6482IXRD1004-SC01VBE55-06N07BAS 3007A-RPP E6327B43501A5227MCL31C330JHFNFNEECW-FA2J155JC967U682MYVDBA7317CL10C6R8DB8NNNCC1608C0G1H560J080AACL31B471KHFNNNECL10A106MA8NRNCB32653A6474KGRM1885C1H561JA01DR82CC4470AA30JTMK107B7105KA-TC1812C154KBRACTUCL10B104KA8NNNCCC1206KKX7RZBB682CL10B183JB8NNNCDSEC30-06BSD103ASDM-7-FAR4PJRM2000E39357-000417149715-5530843-0 TEBBL-102-GEB656461001-0-15-01-30-02-04-0IXTH34N65X2IXTH80N65X2DMN601WK-7AOD2N60RMCF0603FT1R00RMCF0603FT4K99LTR50UZPF22R0RMCF0603FT3K57RMCF0603FT33R0RMCF0603FT402R3522680RJT TERMCF0603FT1K00LRF3WLF-01-R040FRMCF0603FT30K1RMCF1206FT143KRMCF0603FT100KRMCF0603FT20K0RMCF0603FT12K0RMCF0603FT3K48RMCF0603FT3K74RMCF0603FT365RLRF3WLF-01-R010FRMCF1206FT332KBV020-5480.07448051804IXDD604S1MAX9140EXK-TIX2127NC7SZ74K8XLMV116MF/NOPBGRM1885C1H331JA01DC0603C333K4RACTUGRM1555C1H8R0DA01DCL10C330KB8NNNCGRM188R71H102KA01DGRM188R71H393KA61DGRM188R71H103KA01DGRM188R61E475KE11DBAT42XV267996-406HLFRMCF0603FT3K09RMCF0603FT8K06RMCF0603FT10K0RMCF0603FT17K8RMCF0603FT13K7HCJ0603ZT0R00RMCF0603FT1K82RMCF0603FT2K10RMCF0603FT5K62RMCF0603FT13K0RMCF0603FT6K49RMCF0603FT806RRMCF0603FT1M00RMCF0603FT3K01RMCF0603FT560RZ8F6481AR024XK416F24022IKRNC7SZ08P5X

More

Part#

microcontrollerMCUs

More

More

Application note & Design Guide

More

More

Please see the document for details

More

More

English Chinese Chinese and English Japanese

0916

IXRD100401-0916

2.3 MB

- The full preview is over. If you want to read the whole 22 page document,please Sign in/Register -
  • +1 Like
  • Add to Favorites

Recommend

All reproduced articles on this site are for the purpose of conveying more information and clearly indicate the source. If media or individuals who do not want to be reproduced can contact us, which will be deleted.

Contact Us

Email: