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32186 Datasheet(PDF) 925 Page - Renesas Technology Corp |
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32186 Datasheet(HTML) 925 Page - Renesas Technology Corp |
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925 / 1032 page  23 ELECTRICAL CHARACTERISTICS 23-9 32185/32186 Group Hardware Manual Rev.1.10 REJ09B0235-0110 May 15, 07 Symbol Parameter Test Condition Rated Value Unit MIN TYP MAX VOH Output "H" Voltage IOH ≥-5mA VCCE+0.165 VCCE V × IOH (mA) VOL Output "L" Voltage IOL ≤5mA 0 0.15 × IOL V (mA) VDDE RAM Retention Power Supply Voltage When operating 4.5 5.5 V During backup 3.0 5.5 V IIH "H" State Input Current VI=VCCE -5 5 µA IIL "L" State Input Current VI=0V -5 5 µA ICC Total Power Supply Current (Note 1) During reset 50 mA When operating 68 100 RAM Retention Ta=25°C 24 320 IDDEhold Power Supply Current (32185) Ta=125°C 200 2000 µA RAM Retention Ta=25°C 24 320 Power Supply Current (32186) Ta=125°C 200 2000 VT+- FP, MOD0, MOD1, JTMS, JTRST, JTDI/NBDSYNC#, RESET# 1.0 V VT- Standard input for the following pins: 1.0 RTDCLK, RTDRXD, SCLKI0, SCLKI1, SCLKI4, SCLKI5, RXD0–RXD5, TCLK0–TCLK3, TIN0, TIN3, TIN16–TIN26,CRX0, CRX1, NBDD0–NBDD3 Standard input for the following pins: 0.3 SBI#, HREQ#, TIN27 When threshold 0.7VCCE/0.35VCCE 1.0 switching function 0.7VCCE/0.5VCCE 0.3 is used (VT+ / VT–) 0.5VCCE/0.35VCCE 0.3 Note 1: Total amount of current when single-chip mode 23.4.2 D.C. Characteristics (when VCCE = 5 V, f(XIN) = 8 MHz) Electrical Characteristics (In case if VCCE,VCCER,VCC-BUS,VDDE,Ta are not specified referenced to "23.1 Adapted Table.") Electrical Characteristics of Each Power Supply Pin 23.4 Electrical Characteristics when VCCE = 5 V, f(XIN) = 8 MHz Symbol Parameter Test Condition Rated Value Unit MIN TYP MAX ICCE VCCE Power Supply Current When Operating f(XIN)=8.0MHz 10 mA ICCER VCCER Power Supply Current When Operating f(XIN)=8.0MHz 90 mA IDDE VDDE Power Supply Current When Operating f(XIN)=8.0MHz 1 mA ICC-BUS VCC-BUS Power Supply Current When Operating f(XIN)=8.0MHz 10 mA IAVCC AVCC Power Supply Current When Operating f(XIN)=8.0MHz 3 mA IVREF VREF Power Supply Current When Operating f(XIN)=8.0MHz 1 mA |
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