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80C188EB13 Datasheet(PDF) 24 Page - Intel Corporation |
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80C188EB13 Datasheet(HTML) 24 Page - Intel Corporation |
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24 / 59 page  80C186EB80C188EB 80L186EB80L188EB DC SPECIFICATIONS (80C186EB80C188EB) Symbol Parameter Min Max Units Notes VCC Supply Voltage 45 55 V VIL Input Low Voltage b 05 03 VCC V VIH Input High Voltage 07 VCC VCC a 05 V VOL Output Low Voltage 045 V IOL e 3 mA (Min) VOH Output High Voltage VCC b 05 V IOH eb2 mA (MIn) VHYR Input Hysterisis on RESIN 050 V ILI1 Input Leakage Current for Pins g 15 m A0V s VIN s VCC AD150 (AD70) READY HOLD RESIN CLKIN TEST NMI INT40 T0IN T1IN RXD0 BCLK0 CTS0 RXD1 BCLK1 CTS1 P26 P27 ILI2 Input Leakage Current for Pins g 0275 g 7mA 0V s VIN k VCC ERROR PEREQ ILI3 Input Leakage Current for Pins b 0275 b 50 mA VIN e 07 VCC (Note 1) A19ONCE A1816 LOCK ILO Output Leakage Current g 15 m A 045 s VOUT s VCC (Note 2) ICC Supply Current Cold (RESET) 80C186EB25 115 mA (Notes 3 7) 80C186EB20 108 mA (Note 3) 80C186EB13 73 mA (Note 3) IID Supply Current Idle 80C186EB25 91 mA (Notes 4 7) 80C186EB20 76 mA (Note 4) 80C186EB13 48 mA (Note 4) IPD Supply Current Powerdown 80C186EB25 100 m A (Notes 5 7) 80C186EB20 100 m A (Note 5) 80C186EB13 100 m A (Note 5) CIN Input Pin Capacitance 0 15 pF TF e 1 MHz COUT Output Pin Capacitance 0 15 pF TF e 1 MHz (Note 6) NOTES 1 These pins have an internal pull-up device that is active while RESIN is low and ONCE Mode is not active Sourcing more current than specified (on any of these pins) may invoke a factory test mode 2 Tested by outputs being floated by invoking ONCE Mode or by asserting HOLD 3 Measured with the device in RESET and at worst case frequency VCC and temperature with ALL outputs loaded as specified in AC Test Conditions and all floating outputs driven to VCC or GND 4 Measured with the device in HALT (IDLE Mode active) and at worst case frequency VCC and temperature with ALL outputs loaded as specified in AC Test Conditions and all floating outputs driven to VCC or GND 5 Measured with the device in HALT (Powerdown Mode active) and at worst case frequency VCC and temperature with ALL outputs loaded as specified in AC Test Conditions and all floating outputs driven to VCC or GND 6 Output Capacitance is the capacitive load of a floating output pin 7 Operating temperature for 25 MHz is 0 Cto70 C VCC e 50 g10% 24 24 |
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