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DP84910 Datasheet(PDF) 11 Page - National Semiconductor (TI) |
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DP84910 Datasheet(HTML) 11 Page - National Semiconductor (TI) |
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11 / 32 page ![]() DC Electrical CharacteristicsGeneral guaranteed over operating conditions (see table) unless oth- erwise specified Minimum andor maximum limits are guaranteed by outgoing testing unless otherwise specified Symbol Parameter Conditions Min Typ Max Units (Note 3) VIC Input Clamp Voltage VCC e Min II eb18 mA b 065 1 b 15 V VOH High Logic Level VCC e Min IOH e Max VCC b 2VCC b 16 V Output Voltage VOL Low Logic Level VCC e Min IOL e Max 025 05 V Output Voltage IIH High Logic Level VCC e Max VI e 27V 120 m A Input Current IIL Low Logic Level VCC e Max VI e 04V b 60 b 200 m A Input Current IO Output Drive Current VCC e Max VO e 2125V (Note 1) b 12 b 110 mA ICPO Charge Pump Output (Note 2) 08 K1IIN K1IIN 12 K1IIN Current IDRIFT Combined Charge Charge Pump Inactive CPO and VCOI pins tied together Pump Output Inactive Current and 1V k VCPO k 25V b 12 12 m A VCOI OFFSET Current ITEF TEF Output Current 1V k VTEF k 25V 250 800 m A (Absolute Value) ITEF-OFF TEF Output Inactive 1V k VTEF k 25V b 11 m A Current VRNOM Voltage at RNOM Pin IRNOM e 125 mA 25 C only 06 075 09 V VCPO(PD) CPO Voltage with b 5 mA k ICPO k 5 mA 11 15 2 V Synchronizer Powered Down VTEF(PD) TEF Voltage with b 5 mA k ITEF k 5 mA 11 15 2 V Synthesizer Powered Down ICCR Supply Current in the V(WG) e 03V All Sections 167 Mbs 160 190 mA Read Mode Powered On VCC e 525V 333 Mbs 175 200 mA 50 Mbs 200 220 mA ICC(SLEEP) Supply Current in V(SLEEP) e 08V VCC e 525V 1 25 mA Sleep Mode ICC(IDLE) Supply Current in Idle V(WG) e 03V Power Down 10 20 mA Synchronizer and Synthesizer Sections Mode of the Chip Via Control Register Power Down Pulse Detector with IDLE Pin VCC e 525V ICC(PD) Pulse Detector V(WG) e 03V Power Down All Sections 110 mA of the Chip Via Control Register Except Supply Current with the Pulse Detector VCC e 525V All Other Sections Powered Down VSVCC Switched Supply SLEEP e HIGH Pull 1 mA from SVCC VCC b 11 VCC b 1VCC b 09 V pin (SVCC) Output Voltage Note 1 VO e 2125V produces a current closely approximating one half of the true short circuit current IOS Note 2 K1 is the selected charge pump gain constant (2 4 or 8) IIN e IRNOM 1V k VCPO k 25V Note 3 Typical values are specified at 25 C and 5V supply http www nationalcom 11 |
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