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HT45F65 Datasheet(PDF) 18 Page - Holtek Semiconductor Inc |
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HT45F65 Datasheet(HTML) 18 Page - Holtek Semiconductor Inc |
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18 / 231 page ![]() Rev. 1.60 18 �ove��e� ��� �01� Rev. 1.60 19 �ove��e� ��� �01� HT45F65/HT45F66/HT45F67 Glucose Meter 8-Bit Flash MCU Absolute Maximum Ratings SupplyVoltage................................................................................................VSS−0.3VtoVSS+6.0V InputVoltage..................................................................................................VSS−0.3VtoVDD+0.3V StorageTemperature....................................................................................................-50˚Cto125˚C OperatingTemperature..................................................................................................-40˚Cto85˚C IOHTotal....................................................................................................................................-80mA IOLTotal..................................................................................................................................... 80mA TotalPowerDissipation........................................................................................................ 500mW Note:Thesearestressratingsonly.Stressesexceedingtherangespecifiedunder"AbsoluteMaximum Ratings"maycausesubstantialdamagetothesedevices.Functionaloperationofthesedevicesat otherconditionsbeyondthoselistedinthespecificationisnotimpliedandprolongedexposureto extremeconditionsmayaffectdevicesreliability. D.C. Characteristics Ta= 25˚C Symbol Parameter Test Conditions Min. Typ. Max. Unit VDD Conditions VDD1 Ope�ating Voltage (HXT/ERC) — fSYS=�MHz �.� — �.� V fSYS=8MHz �.� — �.� V fSYS=1�MHz �.7 — �.� V fSYS=16MHz �.� — �.� V VDD� Ope�ating Voltage (HIRC) — fSYS=�MHz �.� — �.� V fSYS=8MHz �.� — �.� V fSYS=1�MHz �.7 — �.� V IDD1 Ope�ating Cu��ent (fSYS=fH� fS=fSUB=fLXT o� fLIRC) 3V �o load� fH=���kHz� ADC off� WDT ena�le — 100 1�0 μA �V — �80 ��0 μA 3V �o load� fH=1MHz� ADC off� WDT ena�le — ��0 �00 μA �V — �00 1000 μA 3V �o load� fH=�MHz� ADC off� WDT ena�le — ��0 630 μA �V — 700 1000 μA 3V �o load� fH=8MHz� ADC off� WDT ena�le — 0.8 1.� �A �V — 1.� 3.0 �A 3V �o load� fH=1�MHz� ADC off� WDT ena�le — 1.� �.� �A �V — 3.0 �.0 �A �V �o load� f H =16MHz� ADC off� WDT ena�le — �.0 8.0 �A |
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