ADP1048: EEPROM programming and GUI display/resolution issues

Question and issues: 1. ADP1048 Programming: EEPROM programing and Unlocking issues 2. GUI screen resolution and size work-around Issue: 1 issues, programing and unlocking command not working to unlock the EEPROM of the ADP1048. After powering on the device and querying the FE81 register, the expected value is not being returned. Cause: There is a data sheet error regarding the unlock command password. The customer initially attempted to unlock the EEPROM using the command D5 FF twice, which did not yield the expected results. Resolution 1: unlocking password is 00 Instead of sending the command D5 FF FF, It need to sending the individual command D5 00 twice. e.g. D5 00; D5 00 and the password is "00" not "FF". After sending these commands, check the FE81 register again. The expected return value should indicate that the EEPROM is unlocked, specifically looking for the EEPROM_UNLOCKED bit to be set. Issues 2 The GUI screen size might be out of proportion from the GUI. Resolution 2: A user successfully normalized the display by changing the scaling settings before calling up the GUI, resolving previous display issues encountered with the software. There will be sw updates for the ADP1047/48 GUI due to be release end of the year 2024, which will address existing issues and add enhancements. for the interim, 1920x1080 resolution is OK but set the scaling to 100%. It will make texts quite small for14” laptop displays but should be OK for 16” laptop or an external display like 24”.

ADP1048 - is is possible to use the ADP1048 with higher input frequencies?

Question what is the max power input frequency for the ADP1048 (more than 60Hz ?). I need 500Hz - is this possible? Answer yes - the ADP1048 kann also be used from 500Hz - 1kHz (e.g. net in an airplane)

ADP1048: Which control mode is used: continous current or discontinuous current?

Question Does the ADP1048 use continous current conduction mode or discontinuous current conduction mode control? This is generally stated in competitors datasheets but not mentioned in the ADP1048 datasheet. Answer The ADP1048 is based on average current mode control, which can be used both continuous current conduction mode and discontinuous current conduction mode.

Ref design recommendation

Question We get +360Vdc from a pfc-output and this +360Vdc is used also for other purposes besides generating +36V/10A. Max. power taken from +360Vdc pfc output is about 1800W(dutucycle 1/8), constant power Do you have some reference designs for these controllers in this power class. Answer The closest reference design for the PFC is our ADP1048 eval board. Please find the documentation attached. For the 380 to 36, I also attached the closest we have. Especially the UG320 is very close to your requirement. It is stepping down 400V to 12V at 25A.

ADP1048: Which control mode is used: continous current or discontinuous current?

Q Does the ADP1048 use continous current conduction mode or discontinuous current conduction mode control? This is generally stated in competitors datasheets but not mentioned in the ADP1048 datasheet. A The ADP1048 is based on average current mode control, which can be used both continuous current conduction mode and discontinuous current conduction mode.

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ADP1048 Recommended for New Designs
The ADP1047 / ADP1048 are digital power factor correction (PFC) controllers that provide accurate input power metering capability and inrush current control...
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ADP1048 on Analog.com

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MAX14871EVKIT#: FAQ
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MAX15021: FAQ
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MAX15162AATG+: FAQ
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MAX16050ETI+: FAQ
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MAX16126 vs MAX16141 ideal diode functionality
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MAX16126_TCA/V+_A1: FAQ
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MAX16141AAAF/VY+T: FAQ
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MAX16141EVKIT#: FAQ
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MAX16141_AAF/V+_A1: FAQ
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MAX16550AGPN+: FAQ
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MAX16550GPN+T: FAQ
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MAX16813: FAQ
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MAX16813B: FAQ
+MAX16813BATP/V+: FAQ
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+MAX16820ATT+: FAQ
+MAX16823ATE+: FAQ
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+MAX16826ATJ+: FAQ
+MAX1682EUK+T: FAQ
MAX16833: FAQ
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MAX16838: FAQ
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MAX17220: FAQ
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MAX17222: FAQ
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MAX17504: FAQ
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MAX17505: FAQ
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MAX17552: FAQ
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MAX17563AUD+: FAQ
MAX17572: FAQ
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MAX17574ATG+: FAQ
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MAX17613A_TP+_A1: FAQ
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MAX17681: FAQ
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MAX17682: FAQ
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MAX20004: FAQ
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MAX20067GTJ/V+: FAQ
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+MAX20323DENC+T: FAQ
MAX20323DENC+T: FAQ
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MAX20330AEVKIT#: FAQ
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+MAX20331AEWL+: FAQ
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MAX20361AEWC+: FAQ
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+MAX20710EPL+T: FAQ
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MAX20751: FAQ
MAX20751EKX+: FAQ
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+MAX25210ASA8/V+: FAQ
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+MAX25240: FAQ
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MAX253ESA+: FAQ
+MAX253ESA+: FAQ
+MAX25601AATJ/VY+: FAQ
+MAX25610AATE/VY+T: FAQ
+MAX25611AATC/VY+: FAQ
+MAX25611DATC/VY+: FAQ
MAX256ASA+: FAQ
+MAX31740ATA+: FAQ
+MAX31760AEE+: FAQ
+MAX31760AEE+T: FAQ
MAX31785: FAQ
+MAX31785: FAQ
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+MAX31785AETL+T: FAQ
+MAX31790ATI+: FAQ
+MAX31790ATI+T: FAQ
MAX31790ATI+T: FAQ
+MAX34440ETLA1+: FAQ
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+MAX34451ETNA1+: FAQ
+MAX34451ETNA2+: FAQ
+MAX34451ETNA3+: FAQ
+MAX38640AELT+: FAQ
MAX38643AELT+: FAQ
+MAX38643AELT+T: FAQ
+MAX38643AENT+T: FAQ
+MAX38886ATD+: FAQ
MAX38888ATD+: FAQ
+MAX38888ATD+T: FAQ
+MAX38889AATE+: FAQ
+MAX38902AATA+: FAQ
+MAX38902EVKIT#: FAQ
+MAX38903AANL+: FAQ
+MAX38908ANL+: FAQ
+MAX40200: FAQ
+MAX40200ANS+: FAQ
+MAX40200AUK+: FAQ
+MAX40200AUK+T: FAQ
+MAX40203ANS+: FAQ
+MAX40203ANS+T: FAQ
+MAX4370: FAQ
+MAX4427MJA/883B: FAQ
+MAX4428ESA+: FAQ
+MAX44299: FAQ
+MAX4820ETP+: FAQ
+MAX4821: FAQ
+MAX4821: FAQ
+MAX4896ATP+: FAQ
+MAX4896ATP+: FAQ
+MAX4915AELT+: FAQ
+MAX5033: FAQ
MAX5035: FAQ
+MAX5035AASA+: FAQ
+MAX5035EASA/V+T: FAQ
+MAX5048: FAQ
+MAX5048CAUT+: FAQ
+MAX5082: FAQ
+MAX5084ATT+T: FAQ
+MAX5085ATT+: FAQ
+MAX5902AAEUT+: FAQ
+MAX5903AAETT+: FAQ
+MAX5903AAETT+: FAQ
+MAX5921FESA+: FAQ
+MAX5943AEEE+: FAQ
+MAX5947BESA: FAQ
+MAX5954AETX+: FAQ
MAX5954AETX+: FAQ
+MAX5954LETX+: FAQ
+MAX5965A: FAQ
+MAX5969AETB+: FAQ
MAX5969AETB+: FAQ
+MAX5969BETB+: FAQ
+MAX5969BEVKIT+: FAQ
+MAX5971AETI+: FAQ
+MAX5971BETI+: FAQ
+MAX5974AATE+T: FAQ
+MAX5974CETE+: FAQ
MAX5974CETE+: FAQ
+MAX5974D: FAQ
MAX5974DATE+: FAQ
+MAX5974DATE+: FAQ
+MAX5974EETE+: FAQ
+MAX5977AETP+: FAQ
+MAX5980AGTJ+: FAQ
+MAX5991AETP+: FAQ
+MAX5995AATE+: FAQ
+MAX5995AETE+T: FAQ
MAX5995B: FAQ
MAX5995BATE+: FAQ
+MAX5995CETE+: FAQ
+MAX618EEE+: FAQ
+MAX6301: FAQ
+MAX6335: FAQ
+MAX6340_UK16+_A1: FAQ
+MAX634MJA/883B: FAQ
MAX6369: FAQ
+MAX6369KA+T: FAQ
+MAX6381XR26D3/V+T: FAQ
+MAX6389_XS16D3_A1: FAQ
MAX6412: FAQ
+MAX6412_UK16+_A1: FAQ
+MAX6420UK29+T: FAQ
+MAX6425: FAQ
+MAX6443: FAQ
+MAX6461: FAQ
MAX6495: FAQ
+MAX6495: FAQ
+MAX6496ATA/V+: FAQ
+MAX651MSA/PR+_T1: FAQ
+MAX6615AEE+: FAQ
+MAX6615AEE+: FAQ
+MAX6615AEE: FAQ
+MAX6639: FAQ
MAX6639: FAQ
+MAX6639FAEE: FAQ
+MAX6641: FAQ
+MAX6641: FAQ
+MAX6643LBBAEE+: FAQ
+MAX6650EUB+: FAQ
MAX6650EUB+: FAQ
+MAX6653AEE+: FAQ
MAX6684ESA+: FAQ
+MAX6684ESA+: FAQ
+MAX668EUB+: FAQ
+MAX668EUB_T1: FAQ
+MAX668EVKIT+: FAQ
+MAX6710KUT+: FAQ
+MAX6719AUTSVD3+T: FAQ
+MAX6722UTSDD3+: FAQ
+MAX6735A: FAQ
+MAX6735_KASYD3+_A1: FAQ
+MAX6747: FAQ
+MAX6753: FAQ
+MAX6759: FAQ
+MAX6764UT+: FAQ
MAX680CSA+: FAQ
+MAX6816: FAQ
+MAX6842DUKD0+T: FAQ
+MAX6867: FAQ
+MAX6895AALT+: FAQ
+MAX6895AAZT/V+T: FAQ
+MAX6975ATL+: FAQ
+MAX700CPA+: FAQ
+MAX705ESA+: FAQ
MAX706: FAQ
+MAX706SESA: FAQ
+MAX77324EWT00+: FAQ
+MAX77324EWTAD+: FAQ
+MAX774ESA+: FAQ
MAX77501EWV+: FAQ
+MAX77501EWV+T: FAQ
+MAX77503AEWC+T: FAQ
+MAX77503BEWC18+: FAQ
+MAX77504AAFC+T: FAQ
+MAX77542: FAQ
+MAX77597EVKIT#: FAQ
MAX775: FAQ
+MAX77643AANA+: FAQ
+MAX77655EWE+T: FAQ
+MAX77686: FAQ
+MAX77714EWC+: FAQ
+MAX77752AETL+: FAQ
+MAX77756: FAQ
+MAX77801ETP+: FAQ
+MAX77801_TP+_A1: FAQ
+MAX77812 EVALUATION KIT SOFTWARE: FAQ
+MAX77812AEWB+: FAQ
+MAX77812BEWB+: FAQ
+MAX77812CEWB+T: FAQ
MAX77812EWB+: FAQ
+MAX77812EWB+T: FAQ
+MAX77813EWP+: FAQ
+MAX77816AEWP+: FAQ
+MAX77816CEWP+T: FAQ
+MAX77827AEFD+_T1: FAQ
+MAX77827AEWC+: FAQ
+MAX77837: FAQ
+MAX77839: FAQ
+MAX77863AEWJ+: FAQ
+MAX77874: FAQ
+MAX786: FAQ
+MAX797MJE: FAQ
+MAX813LCPA: FAQ
+MAX8212CPA+: FAQ
+MAX821LUS+T: FAQ
+MAX823L: FAQ
+MAX823TEUK+: FAQ
+MAX824: FAQ
+MAX834EUK+: FAQ
+MAX8535: FAQ
+MAX8556ETE+: FAQ
+MAX8559ETAAJ+: FAQ
+MAX8569AETT+: FAQ
+MAX8570ELT+: FAQ
+MAX8570EUT+: FAQ
+MAX8597ETP+: FAQ
+MAX8607ETD+: FAQ
+MAX860MSA/PR2+_T1: FAQ
+MAX8625AETD+: FAQ
+MAX8647ETE+: FAQ
+MAX8664: FAQ
+MAX8668: FAQ
+MAX8686ETL+: FAQ
+MAX8794ETB+: FAQ
+MAX8815AETB+T: FAQ
+MAX8840ELT18+: FAQ
+MAX8858ETJ+: FAQ
+MAX8869EUE18+: FAQ
+MAX8881: FAQ
+MAX8887EZK18+T: FAQ
+MAX8892: FAQ
+MAX889RESA+: FAQ
+MAX8902AATA+: FAQ
+MAX8902AATA/V+: FAQ
+MAX8902B: FAQ
MAX8969AEWL53+: FAQ
+MAX8969AEWL53+T: FAQ
+MAXM15064AMB+T: FAQ
+MAXM15462AMB+: FAQ
+MAXM17502EVKIT#: FAQ
+MAXM17503ALJ+: FAQ
+MAXM17504EVKITAE#: FAQ
+MAXM17505: FAQ
+MAXM17515: FAQ
MAXM17532: FAQ
+MAXM17532AMB+T: FAQ
MAXM17537ALY#: FAQ
+MAXM17537ALY#T: FAQ
+MAXM17544ALJ+: FAQ
+MAXM17544EVKIT#: FAQ
MAXM17545: FAQ
+MAXM17545ALJ+T: FAQ
+MAXM17552: FAQ
+MAXM17575ALI#T: FAQ
+MAXM17575EVKIT#: FAQ
+MAXM17623AMB+T: FAQ
+MAXM17624AMB+: FAQ
+MAXM17635AMG+: FAQ
+MAXM17761ALI+: FAQ
+Measuring Signals: FAQ
+Package Information: FAQ
+Photosensitive: FAQ
+Power Management Support Intro: FAQ
+Switching Power: FAQ
+Temperature Grade: FAQ
+uPMU: FAQ
+VT1697SBFQX: FAQ
What is the maximum current the flag pin on the MAX17613A can sink?
When using two LTC4359 controllers with different input voltages, why does the high-side MOSFET turn off during source transition?
Where can I get the LTC9101-3 software interface datasheet?
Where can I get the LTM2987BY datasheet from?
Why does the MAX5995B on the MAXREFDES1266 consume 13mA even at light loads?