ADP3302: Input protection

Q Does the ADP3302AR4/5 have reverse input protection, and what will it do to the battery if it were inserted incorrectly.? Is there any load dump protection? If suitable I would like to use two parts in a dual redundant configuration with the outputs from one device connected to the outputs of the other device. the grounds would be common but each device would be fed from seperate batteries. Under normal conditions one device would be powered and enabled, the other device would be powered and the outputs disabled. What is the reverse current leakage for the part if it is in shutdown but the output is forced high by the other device? If only one device was powered would it back feed through the unpowered device to it’s input? (i.e. body diode as in mosfet pass elements). Would the device be damged if configured in this way? If both parts were powered and both outputs enabled at the same time, how would this affect current drain? and again what is the potential for damaging the device in this condition. Supply batteries will be 6V lithium manganese 1300mAH, initial voltage can be as high as 7.2V A 1)Question: Does the ADP3302AR4/5 have reverse input protection? Answer: ADP3302AR4/5 does not have reverse input protection but we do test and guarantee for reverse leakage current on the pass transistor. The test is done by disabling the device, input is grounded and 12V is applied to the output and we measure the leakage current of the pass transistor. The leakage current is in the order of 30-50nA under these conditions. 2)Question: What will it do to the battery if it were inserted incorrectly? Answer: When the battery is inserted incorrectly, the ESD protection diode for ADP3302AR4/5 will turn “on” and start draining current from the battery causing current flow through the ESD protection diode. If there is enough current flows through the ESD diode, it will breakdown the ESD diode. To prevent the ESD diode from turning “on” in the event of the battery is inserted incorrectly, we could place a diode between the battery and input pin. 3)Question: Is there any load dump protection? Answer: I’m not really clear what your meant by this quesitons but I don’t thinking our LDOs has load dump protection. Most of our LDOs operated up to 12V maximum. 4)Question: If suitable I would like to use two parts in a dual redundant configuration with the outputs from one device connected to the outputs of the other device. the grounds would be common but each device would be fed from separate batteries. Under normal conditions one device would be powered and enabled, the other device would be powered and the outputs disabled. What is the reverse current leakage for the part if it is in shutdown but the output is forced high by the other device? Answer: The reverse leakage should be in the order of 30-50nA under these conditions but no higher than 12uA at elevated temperature. 5)Question: If only one device was powered would it back feed through the unpowered device to it’s input? (i.e. body diode as in mosfet pass elements). Would the device be damaged if configured in this way? Answer: ADP3302AR4/5 pass transistor is a bipolar not a mosfet. With a bipolar as a pass element, you have a back-to-back diodes so you wouldn’t concern about a current path back to it input. 6)Question: If both parts were powered and both outputs enabled at the same time, how would this affect current drain? and again what is the potential for damaging the device in this condition. Supply batteries will be 6V lithium manganese 1300mAH, initial voltage can be as high as 7.2V. Answer: As long as the input voltage is higher than the output voltage, it would not affect the collect current nor damage the part under these conditions.

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ADP3302 Obsolete
The ADP3302 is a member of the ADP330X family of precision micropower low dropout anyCAP® regulators. The ADP3302 contains two fully independent 100 mA...
Datasheet
ADP3302 on Analog.com

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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?