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Vishay Siliconix Si9986 1 Buffered H-Bridge FEATURES ã 1.0 A H-Bridge ã 200 kHz Switching Rate ã Shoot-Through Limited ã TTL Compatible Inputs ã 3.8 to 13.2 V Operating Range ã Surface Mount Packaging APPLICATIONS ã VCM Driver ã Brushed Motor Driver ã Stepper Motor Driver ã Power Converter ã Optical Disk Drives ã Power Supplies ã High Performance Servo DESCRIPTION The Si9986 is an integrated, buffered H-bridge with TTL compatible inputs and the capability of deliveri
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  Vishay Siliconix Si9986 1 Buffered H-Bridge FEATURES  1.0 A H-Bridge ã200 kHz Switching Rate ãShoot-Through Limited ãTTL Compatible Inputs ã3.8 to 13.2 V Operating Range ãSurface Mount Packaging APPLICATIONS  ãVCM Driver ãBrushed Motor Driver ãStepper Motor Driver ãPower Converter ãOptical Disk Drives ãPower Supplies ãHigh Performance Servo DESCRIPTION The Si9986 is an integrated, buffered H-bridge with TTLcompatible inputs and the capability of delivering acontinuous 1.0 A at V DD  = 12 V (room temperature) atswitching rates up to 200 kHz. Internal logic prevents theupper and lower outputs of either half-bridge from beingturned on simultaneously. Unique input codes allow bothoutputs to be forced low (for braking) or forced to a highimpedance level.The Si9986 is available in both standard and lead (Pb)-free,8-pin SOIC packages, specified to operate over a voltagerange of 3.8 V to 13.2 V, and the commercial temperaturerange of 0 to 70 °C (C suffix) and the industrial temperaturerange of - 40 to 85 °C (D suffix). FUNCTIONAL BLOCK DIAGRAM, PIN CONFIGURATION AND TRUTH TABLE V DD OUTPUTABIN A IN B GNDS A Shoot-ThroughProtection LogicS B (3)(7)(6)(2)(1)(8)(5)(4)GND SO-8 5678Top View2341S A OUT A V DD IN A IN B S B OUT B Si9986 PIN DESCRIPTION Pin NumberNameFunction 1S A Source of the low-side MOSFET on bridge arm A2GNDGround3V DD IC power supply4S B Source of the low-side MOSFET on bridge arm B5OUT B Center tap of bridge arm B. Connects to one end of the load6IN B Input signal to control bridge arm B7IN A Input signal to control bridge arm A8OUT A Center tap of bridge arm A. Connects to the other end of the load ORDERING INFORMATION Part NumberTemperature RangePackage Si9986CY-T10 to 70 °CTape and ReelSi9986DY-T1- 40 to 85 °CSi9986CY-T1-E30 to 70 °CLead (Pb)-free Tape and ReelSi9986DY-T1-E3- 40 to 85 °CSi9986CY0 to 70 °CBulk (tubes)Si9986DY- 40 to 85 °C TRUTH TABLE IN A IN B OUT A OUT B 10100101000011HiZHiZ* Pb containing terminations are not RoHS compliant, exemptions may apply. A v aila b leP b -free RoHS* COMPLIANT  2 Vishay Siliconix Si9986 Notes: a. Device Mounted with all leads soldered or welded to PC board.b. Derate 10 mW/°C above 25 °C. Stresses beyond those listed under “Absolute Maximum Ratings” may cause permanent damage to the device. These are stress ratings only, and functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not implied. Exposure to absolute maximum rating conditions for extended periods may affect device reliability. Notes: a. The algebraic convention whereby the most negative value is a minimum and the most positive a maximum, is used in this data sheet.b. Typical values are for DESIGN AID ONLY, not guaranteed nor subject to production testing. ABSOLUTE MAXIMUM RATINGS a   ParameterLimitUnit Voltage on any Pin with Respect to Ground- 0.3 to V DD  + 0.3VVoltage on Pins 5, 8 with Respect to GND- 1 to V DD  + 1Voltage on Pins 1, 4- 0.3 to GND + 1Peak Output Current1.5AStorage Temperature- 65 to 150°CMaximum Junction Temperature (T J )150Maximum V DD 15VPower Dissipation b 1W Θ JA 100°C/WOperating Temperature RangeSi9986CY0 to 70°CSi9986DY- 45 to 85 RECOMMENDED OPERATING RANGE Parameter LimitUnit V DD 3.8 to 13.2VMaximum Junction Temperature (T J )125°C SPECIFICATIONS Parameter Symbol Test Conditions Unless Otherwise Specified V DD  = 3.8 to 13.2 VS A  at GND, S B  at GND Limits C Suffix, 0 to 70 °CD Suffix, - 40 to 85 °C Unit Min a Typ b Max a Input Input Voltage HighV INH 2VInput Voltage LowV INL 1Input Current with Input Voltage HighI INH V IN  = 2 V1µAInput Current with Input Voltage LowI INL V IN  = 0 V- 1 Output Output Voltage HighV OUTH I OUT  = - 500 mAV DD  = 10.8 V10.510.7VV DD  = 4.5 V4.14.3I OUT  = - 300 mA, V DD  = 3.8 V3.43.7Output Voltage LowV OUTL I OUT  = 500 mAV DD  = 10.8 V0.20.3V DD  = 4.5 V0.20.4I OUT  = 300 mA, V DD  = 3.8 V0.10.4Output Leakage Current HighI OLH IN A  = IN B   ≥   2 V, V OUT  = V DD  = 13.2 V- 100µAOutput Leakage Current LowI OLL V OUT  = 0, V DD  = 13.2 V010Output V Clamp HighV CLH IN A  = IN B   ≥   2 VI OUT  = 100 mAV DD + 0.7VOutput V Clamp LowV CLL I OUT  = - 100 mA- 0.7 Supply V DD  Supply CurrentI DD IN = 100 kHz, V DD  = 5 V2mAIN A  = IN B  = 4.5 V, V DD  = 5.5 V300µA Dynamic Propogation Delay TimeT PLH V DD  = 5 V300nST PHL 100
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