Motor drivers

___Other Application IC > Motor drivers___

___Part No.___ ______ (勾選方式)	___Function___ ______ (勾選方式)	___Features___	Vcc(MIN)(V) (Range)	Vcc(MAX)(V) (Range)	VM(MIN)(V) (Range)	VM(MAX)(V) (Range)	IOUT(MAX)(A) (Range)	___Function___ ______ (勾選方式)	___Package___ ______ (勾選方式)
___F6908___	___Motor drivers___	___Single-Phase Full-Wave Motor Driver IC___ ______ ___* Soft Switching Drive for Low Noise___ ___* Lock Detection and Automatic Restart Function___ ___* Thermal Shut-Down Protection___	3	14	-	-	0.7	___LD___	___SOP-8___ ___HSOP-8___ ___MSOP-8___
___F1962___	___Motor drivers___	___Single-Phase Full-Wave Motor Driver IC___ ______ ___* Wide Operating Voltage 5V or 12V Are Both Acceptable___ ___* Built-In Hall Amplifier And Hall Bias Circuit___ ___* Built-In Lockup And Thermal Protection With Automatic Recovery Circuits___ ___* Rotation Detection Output___ ___* Start/Stop Pin For Standby Mode Control___	3.8	16.8	-	-	0.5	___FG___	___MSOP-10___ ___SSOP-10___
___F2961___	___Motor drivers___	___High Efficient Direct PWM Drive IC___ ______ ___* Single phase bipolar drive(16V,1A output transistor built in.)___ ___* Built in variable speed function with thermistor input signal.___ ___(External excitations direct PWM of upper side transistor control,low noise and low vibration.)___ ___* Include re-circulation Diode and external parts are few.___ ___* Include Hall bias circuit and thermal shut down circuit.___ ___* Minimum speed settable.___ ___* Full drive at open thermistor.___ ___* Lock protect and auto restart function.___ ___* FG output and RD output signal available.___	4.5	16	-	-	1	___FG RD___	___SSOP-16___ ___TSSOP-16___ ___TSSOP-20___ ___DFN4030-14___
___F2962___	___Motor drivers___	___HIGH EFFICIENT DIRECT PWM___ ___DRIVE IC___ ______ ___* Single phase bipolar drive(16V,2A output transistor built in.)___ ___* Built in variable speed function with thermistor input signal.___ ___(External excitations direct PWM of upper side transistor control___ ___,low noise and low vibration.)___ ___* Include re-circulation Diode and external parts are few.___ ___* Include Hall bias circuit and thermal shut down circuit.___ ___* Minimum speed settable.___ ___* Full drive at open thermistor.___ ___* Lock protect and auto restart function.___ ___* FG output and RD output signal available.___	4.5	16	-	-	2	___FG RD___	___TSSOP-16___ ___TSSOP-20___
___SK1288___	___Motor drivers___	___2-Phase DC-FAN Motor PRE-Driver IC___ ______ ___* Wide supply voltage range of 2.5V to 20V___ ___Output current Io(max)=600mA___ ___Operate with Hall element___ ___Lock protection___ ___Auto-restart when the motor lock is undone___ ___FG(frequency generator) output___ ___SOP-8 package___	2.5	20	-	-	0.6	___FG___	___SOP-8___
___UF2768___	___Motor drivers___	___3-Phase DC-FAN Motor PRE-Driver IC___ ______ ___* Three-Phase class sin wave driver method___ ___* Three-Phase Full-Wave Sensor-Less Drive Method___ ___* Adjustable Forced Commutation Frequency (for Start-up)___ ___* Built-In External PWM Speed Control___ ___* Built-In Quick Start Function___ ___* FG (Rotation Speed Detection) Output___ ___* Soft Switching Circuit (for Noise Reducing)___ ___* Power Saving Function (PWM Duty Input is 0%)___ ___* Built-In Lock Protection and Auto Restart Function___ ___* Thermal Shutdown Circuit___	1.8	6	-	-	0.4	___FG___	___MSOP-10___ ___DFN3030-10___
___F6406/G___	___Motor drivers___	___2-Phase DC-FAN Motor PRE-Driver IC___ ______ ___* Wide supply voltage range of 2.5V to 30V___ ___* Lock protection___ ___* Auto-restart when the motor lock is undone___ ___* RD(latch-type lockup detection) output (F6406)___ ___* FG(frequency generator) output (F6406G)___	2.5	30	-	-	0.08	___Controller___ ___FG RD___	___SOP-8___
___UA9406-UA9406G___	___Motor drivers___	___2-Phase DC-FAN Motor PRE-Driver IC___ ______ ___* Lock Protection___ ___* Auto-Restart when the Motor Lock is Undone___ ___Compact 8-pin SOP Package Reduces the Number of External___ ___Components Required.___ ___Hall Inputs have a Hysteresis.___ ___Lock Detection for UA9406.___ ___ FG (Frequency Generator) Output for UA9406G.___ ___*Rotational Speed Sensing Mechanisms are Built in for UA9406G___	4	28	-	-	0.07	___Controller___ ___FG RD___	___SOP-8___ ___MSOP-8___
___UM2640___	___Motor drivers___	___2-Phase Unipolar DCB Motor Pre-Driver IC___ ______ ___* Wide supply voltage range of 4V~55V___ ___* Absolute Maximum Voltage 60V___ ___* Lock protection.___ ___Auto-restart when the motor lock is undone.___ ___* Lock Alarm Output Terminal___	4	55	-	-	0.03	___Controller___ ___LA___	___SOP-8___ ___MSOP-8___
___F1836___	___Motor drivers___	___Low-saturation, Bidirectional Motor Driver___ ___for Low-voltage Applications___ ______ ___* Operating under low voltage range (Minimum: 2.5V)___ ___* Low saturation voltage (only 0.48V for 0.4A)___ ___* Parallel connection (only 0.5V for 0.8A)___ ___* Built-in Spark killer diodes___ ___* Built-in Thermal shutdown Protection Function___ ___* Separate motor power supply and logic power supply___ ___* Brake function___ ___* Compact package___	2.5	9	1.8	9	1	___-___	___SOP-14___
___F1862___	___Motor drivers___	___SINGLE-PHASE FULL-WAVE___ ___FAN MOTOR DRIVER___ ______ ___* Wide Operating Voltage 5V or 12V Are Both Acceptable___ ___* Built-In Hall Amplifier And Hall Bias Circuit___ ___* Built-In Lockup And Thermal Protection With Automatic___ ___Recovery Circuits___ ___* Latch-Type Lockup Detection Output (RD) is Low During___ ___Rotation And High During Stop.___ ___* Start/Stop Pin For Standby Mode Control___	3.8	16.8	-	-	0.8	___RD___	___SSOP-10___
___UMD9111___	___Motor drivers___	___* H bridge driver of internal PMOS/NMOS power switches___ ___* Built-in anti-common state conduction circuit.___ ___* Low output impedance___ ___* Low standby current (typ.0.1uA)___ ___* Low static operational current___ ___* On-chip thermal shut down (TSD) with hysteresis___	-	5	-	9.6	0.8	___-___	___SOP-8___
___UMD9113___	___Motor drivers___	___* H bridge driver of internal PMOS/NMOS power switches___ ___* Built-in anti-common state conduction circuit.___ ___* Low output impedance___ ___* Low standby current (typ.0.1μA)___ ___* Low static operational current___ ___* On-chip thermal shut down (TSD) with hysteresis___	-	5	-	7	1.8	___-___	___DIP-8___
___UMD9114___	___Motor drivers___	___* Low standby current (0.1μA typ.)___ ___* PMOS and NMOS power transistors with low output resistance___ ___If IO is 100mA, RON of power transistor is 1.5Ω___ ___If IO is 200mA, RON of power transistor is 1.6Ω___ ___If IO is 300mA, RON of power transistor is 1.7Ω___ ___* Built-in Subsequent stream diode___ ___—No external diode required___ ___* Low input current___ ___Pull-down resistance is 1.8MΩ typical___ ___2.0uA input current when input voltage is 3V___ ___* On-chip thermal shut down (TSD) with hysteresis___	2.5	5	-	-	0.55	___-___	___SOT-26___
___UMD9115___	___Motor drivers___	___* H bridge driver of internal PMOS/NMOS power switches___ ___* Built-in motor driving power transistors (typ.200mA)___ ___* Built-in anti-common state conduction circuit.___ ___* Direct control with the CMOS logic___ ___* Low standby current (typ.0.1uA)___ ___* Low static operational current___ ___* On-chip thermal shut down (TSD) with hysteresis___	-	5	-	18	0.2	___-___	___SOP-8___
___UMD9120___	___Motor drivers___	___LOW VOLTAGE H BRIDGE___ ___DRIVER___ ______ ___* H bridge driver of internal PMOS/NMOS power switches___ ___* Can realize 4 functions (forward、backward、standby、brake) of___ ___load motor___ ___* Low output impedance___ ___* Low standby current (typ.0.1μA)___ ___* Low static operational current (typ.300μA, VCC=5V)___ ___* On-chip thermal shut down (TSD) with hysteresis___	2.1	6.8	-	-	1	___-___	___SOP-8___
___UH251___	___Motor drivers___	___LOW-SATURATION LOW-VOLTAGE 1.5 CHANNEL BI-DIRECTIONAL MOTOR DRIVER___ ______ ___* Low voltage operation (VDDMIN=VSMIN=1.5V)___ ___* Low saturation voltage (Upper transistor + low transistor residual___ ___voltage; 0.4V typ. at 300mA, VDD=VS=3V)___ ___* Low input current___ ___* Brake function___ ___* High output sinking and driving capability___	1.5	5.5	1.5	5.5	0.75	___-___	___SOP-8___
___FC8779___	___Motor drivers___	___Silicon Monolithic Integrated Circuit___ ______ ___* Soft switched drive___ ___* Built-in Lock Protection and Auto Restart Function___ ___* FG Output___ ___* Include Hall Bias Circuit___ ___* Thermal shut-down circuit___	2.2	6	-	-	1	___FG___	___MSOP-8___
___F2867___	___Motor drivers___	___VARIABLE SPEED SINGLE-PHASE FULL-WAVE PRE-DRIVER___ ______ ___* Pre-driver for single-phase full-wave drive___ ___Low-saturation drive using external PMOS-NMOS enables___ ___high-efficiency low power-consumption drive.___ ___* External PWM input enabling variable speed control___ ___Separately-excited upper direct PWM (f=30kHz) control method___ ___enabling highly silent speed control.___ ___* Current limiting circuit incorporated___ ___Chopper type current limit at start.___ ___* Reactive current cut circuit incorporated___ ___Reactive current before phase change is cut to enable silent and___ ___low power-consumption drive.___ ___* Minimum speed setting pin___ ___Minimum speed can be set by set with external resistor.___ ___* Soft start setting pin___ ___* Lock protection and automatic reset functions incorporated___ ___* FG (rotation speed detection) output___ ___* Thermal shutdown circuit incorporated___	5.5	16	-	-	0.02	___Controller___ ___FG RD___	___TSSOP-16___ ___SSOP-16___
___F2967___	___Motor drivers___	___FOR VARIABLE SPEED FAN___ ___MOTOR SINGLE-PHASE___ ___FULL-WAVE PRE-DRIVER___ ______ ___* Single-phase full-wave drive___ ___* Variable speed control with External PWM input___ ___* Current limiter circuit___ ___* Reactive current cut circuit___ ___* Compatible with 12V, 24V, and 48V power supplies___ ___* Minimum speed setting pin___ ___* Reference voltage output pin for Hall bias___ ___* automatic reset and Lock protection functions incorporated___ ___* (Rotation speed detection), RD (Lock detection) output___	6	16	-	-	0.05	___Controller___ ___FG RD___	___TSSOP-20___ ___SSOP-20___
___F2970___	___Motor drivers___	___FOR FAN MOTOR___ ___SINGLE-PHASE FULL-WAVE___ ___DRIVER___ ______ ___* Single-phase full-wave drive (16V to 1.2A transistors are built in)___ ___* Speed adjustment function by thermistor input and external___ ___signal incorporated___ ___→Enables silent and low-vibration variable speed control___ ___through direct PWM control with separately-excited upper tR___ ___* Kick-back absorption circuit are built in___ ___* Current limiter function (The limiter value determined with Rf___ ___,limit at IO=480mA with RL=1Ω connection,)___ ___* Low-consumption, low-loss, and low-noise drive enabled by the___ ___soft switching circuit during phase shift___ ___* HB incorporated___ ___* Lock protection and automatic reset functions incorporated___ ___* FG (rotation detection) output___ ___* Regeneration Di incorporated with less external parts___ ___* Thermal shutdown circuit incorporated___	4.5	16	3.5	16	1.2	___FG___	___SOP-18___
___UMD9124___	___Motor drivers___	___DC TAIL ROTOR MOTOR, STEERING GEAR MOTOR DRIVE CIRCUIT___ ______ ___* Low standby current (0.1μA typ.) * PMOS and NMOS power transistors with low output resistance If IO is 100mA, RON of power transistor is 1.5Ω If IO is 200mA, RON of power transistor is 1.6Ω If IO is 300mA, RON of power transistor is 1.7Ω * Built-in Subsequent stream diode —No external diode required * Low input current Pull-down resistance is 1.8MΩ typical 1.6μA input current when input voltage is 3V * On-chip thermal shut down (TSD) with hysteresis___	2.5	5	-	-	0.55	___-___	___SOT-26___
___UMD9124A___	___Motor drivers___	___DC TAIL ROTOR MOTOR___ ___,STEERING GEAR MOTOR___ ___DRIVE CIRCUIT___ ______ ___* Low standby current (0.1μA typ.)___ ___* PMOS and NMOS power transistors with low output resistance___ ___If IO is 100mA, RON of power transistor is 1.05Ω___ ___If IO is 200mA, RON of power transistor is 1.12Ω___ ___If IO is 300mA, RON of power transistor is 1.2Ω___ ___* Built-in Subsequent stream diode___ ___—No external diode required___ ___* Low input current___ ___Pull-down resistance is 2.1MΩ typical___ ___1.4uA input current when input voltage is 3V___ ___* On-chip thermal shut down (TSD) with hysteresis___	2.5	5.5	-	-	0.65	___-___	___SOT-26___
___UMD9116___	___Motor drivers___	___LOW-VOLTAGE H-BRIDGE___ ___DRIVER___ ______ ___* PWM Interface, IN1/IN2___ ___* 1.8-A Maximum Drive Current___ ___* Separate Motor and Logic Supply Pins:___ ___– Motor VM: 0~9.6 V___ ___– Logic VCC: 2.0~7 V___ ___* Protection Features___ ___– VCC under voltage Lockout___ ___– Overcurrent Protection___ ___* Thermal Shutdown___	-	7	-	9.6	1.8	___nSLEEP___	___SOP-8___
___UMD9148___	___Motor drivers___	___DUAL H-BRIDGE MOTOR___ ___DRIVER___ ______ ___* Dual H-Bridge Motor Driver Single/Dual Brushed DC Stepper___ ___* PWM Control Interface___ ___* Optional Current Regulation With 20-μs Fixed Off-Time___ ___* High Output Current per H-Bridge___ ___2A Maximum Driver Current at 12V and TA=25°C___ ___Parallel Mode Available Capable of 4-A Maximum Driver___ ___Current at 12V and TA=25°C___ ___* 4 to 18V Operating Supply Voltage Range___ ___* Low-Current3-μA sleep Mode___ ___* Thermally-Enhanced Surface Mount Package___ ___* Protection Features___ ___VM Under voltage Lockout (UVLO)___ ___Over current Protection (OCP)___ ___Thermal Shutdown (TSD)___ ___Fault Condition Indication Pin (nFAULT)___	4	18	-	-	2	___nSLEEP___	___TSSOP-16___
___UMD9128___	___Motor drivers___	___DC TAIL ROTOR MOTOR___ ___,STEERING GEAR MOTOR___ ___DRIVE CIRCUIT___ ______ ___* Low standby current (0.1μA typ.)___ ___* PMOS and NMOS power transistors with low output___ ___resistance___ ___If IO is 100mA, RON of power transistor is 1.5Ω___ ___If IO is 200mA, RON of power transistor is 1.6Ω___ ___If IO is 300mA, RON of power transistor is 1.7Ω___ ___* Built-in Subsequent stream diode___ ___—No external diode required___ ___* Low input current___ ___Pull-down resistance is 1.8MΩ typical___ ___2.0uA input current when input voltage is 3V___ ___On-chip thermal shut down (TSD) with hysteresis___	2.5	5	-	-	0.6	___-___	___DFN3030-10___
___UMD9117___	___Motor drivers___	___DC TAIL ROTOR MOTOR___ ___,STEERING GEAR MOTOR___ ___DRIVE CIRCUIT___ ______ ___* Low standby current (0.1μA typ.)___ ___* Low-Power Sleep Mode(0.08μA typ.)___ ___-- nSLEEP PIN___ ___* PMOS and NMOS power transistors with low output resistance___ ___If IO is 100mA, RON of power transistor is 1.5Ω___ ___If IO is 200mA, RON of power transistor is 1.6Ω___ ___If IO is 300mA, RON of power transistor is 1.7Ω___ ___* Built-in Subsequent stream diode___ ___—No external diode required___ ___* Low input current___ ___Pull-down resistance is 2.1MΩ typical___ ___1.4uA input current when input voltage is 3V___ ___* On-chip thermal shut down (TSD) with hysteresis___	2.5	5	-	-	0.55	___nSLEEP___	___DFN2020-8___
___UMD9118___	___Motor drivers___	___ELECTRIC TOY DC MOTOR___ ___DRIVE CIRCUIT___ ______ ___* H bridge driver of internal PMOS/NMOS power switches___ ___* Can realize 4 functions (forward、backward、standby、brake) of___ ___load motor___ ___* Low output impedance___ ___* On-chip thermal shut down (TSD) with hysteresis___	2.4	6.5	-	-	1.5	___-___	___SOP-8___
___UMD9119___	___Motor drivers___	___ELECTRIC TOY DC MOTOR___ ___DRIVE CIRCUIT___ ______ ___* H bridge driver of internal PMOS/NMOS power switches___ ___* Can realize 4 functions (forward、backward、standby、brake) of___ ___load motor___ ___* Low output impedance___ ___* Low standby current (typ.0.1μA)___ ___* Low static operational current (typ.300μA, VCC=3V)___ ___* On-chip thermal shut down (TSD) with hysteresis___	-	5	-	6	0.8	___-___	___SOP-8___
___UMD9137___	___Motor drivers___	___LOW-VOLTAGE H-BRIDGE___ ___DRIVER___ ___* PWM Interface, IN1/IN2___ ___* Low-power Sleep Mode With 120-nA Maximum Sleep Current___ ___– nSLEEP pin___ ___* 1.8-A Maximum Drive Current___ ___* Separate Motor and Logic Supply Pins:___ ___– Motor VM: 0~11 V___ ___– Logic VCC: 1.8~7 V___ ___* Protection Features___ ___– VCC Undervoltage Lockout___ ___– Overcurrent Protection___ ___* Thermal Shutdown___	1.8	7	-	11	1.8	___nSLEEP___	___DFN2020-8___ ___HSOP-8___ ___SOP-8___
___MD9110___	___Motor drivers___	___* Wide supply voltage range: 2.5V~12V___ ___* Low quiescent current___ ___* Lower saturation voltage___ ___* 800mA continuous output current capability per channel___ ___* TTL / CMOS compatible output, and can be directly connected___ ___to the CPU___ ___* Built-in clamp diodes for inductive load___ ___* Control and drive integrated into a monolithic IC___ ___* High-voltage protection pin___	2.5	12	-	-	0.8	___-___	___SOP-8___
___UMD8511___	___Motor drivers___	___IR FILTER SWITCH DRIVER___ ___* 1.8V input driving pulse___ ___* Low standby Current: IQSC<10uA___ ___* 2.5V~5.5V operating voltage range___ ___* Only one control input and Built-in non-overlap circuit to avoid the___ ___MOSFET damage caused by the fast output voltage transient___	2.5	5.5	-	-	0.5	___-___	___SOT-26___
___L6219___	___PWM Motor Driver and Controller___	___Stepper Motor Drive___ ______ ___Interchangeable with SGS L6219___ ___750mA Continuous Output Current___ ___45V Output Sustaining Voltage___ ___Internal Clamp Diodes___ ___Internal PWM Current Control___ ___low Output Saturation Voltage___ ___*Internal Thermal Shutdown Circuitry___	-	7	10	45	0.75	___-___	___SOP-24___
___UA9849___	___CD/DVD/VCD Motor Driver___	___3-Phase Motor Driver___ ______ ___* Three-phase, full-wave, pseudo-linear drive system.___ ___* Built-in power save and thermal shutdown functions.___ ___* Built-in current limiter and Hall bias circuits.___ ___* Built-in FG output.___ ___* Built-in rotation direction detector.___ ___* Built-in reverse rotation prevention circuit.___ ___* Built-in short brake pin.___	4.25	5	3	15	1.3	___-___	___HSOP-28___
___UA1538___	___CD/DVD/VCD Motor Driver___	___4-Channel Motor Driver For Portable CD Players___ ______ ___* Built-in 4ch H bridge driver and PWM control of load drive___ ___voltage is made possible by external components.___ ___* DC-DC converter control circuit on chip.___ ___* With reset output inversion output pin.___ ___* Empty detection level can be switched between rechargeable___ ___battery and dry battery.___ ___* Constant current charging; current value can be varied using___ ___external resistor.___ ___* Built-in power transistor for charging.___ ___* Built-in independent thermal shutdown circuit.___	1.5	8	-	-	0.5	___-___	___QFP-44___
___UA8954___	___CD/DVD/VCD Motor Driver___	___4-Channel BTL Driver___ ______ ___* Wide dynamic range, (4.0V (typ.) at PreVcc=12V, PVcc=5V___ ___,RL=8Ω)___ ___* Level shift circuit built in.___ ___* Thermal-shut-down circuit built in.___ ___* UTC UA8954 is a 4 channel driver for optical disc motor driver.___ ___Dual channel current feedback type drivers are built in, in addition to dual___ ___channel motor drivers.___ ___* Stand-by mode built in.___ ___* Separating Vcc into Pre+Power of sled motor, Power of loading___ ___motor and Power of actuator, can make better power efficiency___ ___,by low supply voltage drive.___ ______ ___Current phase lag influenced load inductance is little, because___ ___this type is current feedback.___ ______ ___Input pins consist of (+) and (-), therefore various input types are___ ___available such as differential input.___ ______ ___This is a single input Iinear BTL driver.___	4.3	13.2	4.3	13.2	-	___-___	___HSOP-28___
___UA8868___	___CD/DVD/VCD Motor Driver___	___5 Channel BTL Driver for DVD Player___ ______ ___* Built-in 5 channel drivers:___ ___Dual actuator drivers___ ___Sled motor driver___ ___Spindle driver___ ___Tray in-out driver___ ___* Built-in Two independent comparators___ ___* Thermal shut down and Mute circuit.___	4.3	13.2	4.3	13.2	-	___-___	___HSOP-28___
___UA8868S___	___CD/DVD/VCD Motor Driver___	___5 Channel BTL Driver for DVD Player___ ______ ___* Built-in 5 channel drivers:___ ___Dual actuator drivers___ ___Sled motor driver___ ___Spindle driver___ ___Tray in-out driver___ ___* Built-in Two independent comparators___ ___* Thermal shut down and Mute circuit.___	4.3	13.2	4.3	13.2	-	___-___	___HSOP-28___
___UA9392___	___CD/DVD/VCD Motor Driver___	___4 Channel BTL Driver___ ______ ___* PWM input is filtered by the internal primary filter, eliminating the___ ___need for attached resistors and capacitors, thereby helping___ ___reduce the number of components. Resistor and capacitor time___ ___constant can be changed with attached components.___ ___* Internal mute circuit.___ ___* Thermal shutdown circuit is contained.___ ___* Level-shift circuit is contained.___	5	10	-	-	-	___-___	___HSOP-28___
___AN6650___	___General Purpose Motor Controller___	___DC Motor Speed Control Circuit___ ______ ___Wide Operating Supply Voltage: VCC=1.8V-7V___ ___Few External Components___ ___*Easy Speed Control Mode___	1.8	7	-	-	1	___-___	___DIP-8___ ___SOP-8___
___AN8850___	___General Purpose Motor Controller___	___DC Motor Control Circuit___ ______ ___* Wide range of operating voltage : VCC(opr) =1.8V ~ 12V___ ___* 2 package types___ ___* Fewer external parts___ ___* Speed control in steps with linear fine control___	1.8	12	-	-	2	___-___	___DIP-8___
___AN6651___	___General Purpose Motor Controller___	___DC Motor Speed Control Circuit___ ______ ___Wide operating supply voltage: VCC=3.5V ~ 14.4V___ ___Small four-lead plastic packer for compact motor.___ ___Few external components___ ___Stable low reference voltage (1.0V, typical)___ ___Wide motor speed setting___ ___Reverse voltage protection circuit built-in___	3.5	14.4	-	-	2	___-___	___TO-126B___
___1470___	___General Purpose Motor Controller___	___DC Motor Speed Regulators___ ______ ___Excellent Versatility in use.___ ___High Output current.___ ___Low Quiescent current.___ ___Low Reference voltage.___ ___Excellent parameters stability versus temperature.___ ___Excellent characteristic at low supply voltage.___	3.5	16	-	-	2	___-___	___TO-126B___
___BA6220___	___General Purpose Motor Controller___	___DC Motor Speed Regulator___ ______ ___* Wide range of working power supply voltage range___ ___(VCC= 3.5V - 16V).___ ___* Very large starting torque at the low voltage.___ ___* Large permissible loss due to effective utilization of substrate radiation.___ ___* Usable for various DC motors by means of changing constants of the external components.___	3.5	16	-	-	0.2	___-___	___DIP-8___ ___SOP-8___
___BA6208___	___General Purpose Motor Controller___	___Reversible Motor Controller___ ______ ___* Recommended operating supply voltage range from 4.5V to15.0V.___ ___* Built-in motor driving power transistors(typ.100mA).___ ___* Brake is applied when stopping the motor (when Ain and Bin are___ ___both HIGH level).___ ___* Very low standby circuit current(when Ain and Bin are both LOW___ ___level.___ ___* Built-in diode to absorb surge currents.___ ___* Direct control with the TTL logic.___	4.5	15	-	-	0.2	___-___	___SOT-26___ ___SOP-8___ ___DIP-8___ ___MSOP-8___ ___SIP-9___
___UA9287___	___General Purpose Motor Controller___	___Reversible Motor Driver___ ______ ___* With the VREF Pin, Output Voltage can be Set Arbitrarily.___ ___* The Current Dissipation can be Suppresses with Power Saving___ ___Circuit Built-In when in Stop Mode.___ ___* Thermal Shutdown Circuit Built-In.___ ___* Interfaces with TTL Devices.___	3.5	15	-	-	1	___-___	___SOP-8___ ___DIP-8___
___AN6652___	___General Purpose Motor Controller___	___DC Motor Speed Regulation IC___ ______ ___Small four-lead plastic package for compact motor. Fewer___ ___external parts.___ ___Stable low reference voltage (1.25V typ.), wide motor speed___ ___setting___ ___Highly stable operation over a wide range of supply voltage___ ___and torque supply voltage, Vcc=6V~20V___ ___Reverse voltage protection circuit is built-in.___	6	20	-	-	1.5	___-___	___TO-126B___
___AN6652A___	___General Purpose Motor Controller___	___MOTOR CONTROL CIRCUIT___ ______ ___Small four-lead plastic package for compact motor. Fewer___ ___external parts.___ ___Stable low reference voltage (1.25V typ.), wide motor speed___ ___setting___ ___Highly stable operation over a wide range of supply voltage___ ___and torque supply voltage, VCC=6V~20V___ ___Reverse voltage protection circuit is built-in.___	6	20	-	-	1.5	___-___	___TO-126B___
___UMD9127___	___Motor drivers___	___ONE CHANNEL H-BRIDGE___ ___POWER DRIVER___ ______ ___* Low standby current (0.1μA typ.)___ ___* Low-Power Sleep Mode(0.08μA typ.)___ ___nSLEEP PIN___ ___* PMOS and NMOS power transistors with low output resistance___ ___If IO is 100mA, RON of power transistor is 1.4Ω___ ___If IO is 200mA, RON of power transistor is 1.5Ω___ ___If IO is 300mA, RON of power transistor is 1.6Ω___ ___* Built-in Subsequent stream diode___ ___No external diode required___ ___* Low input current___ ___Pull-down resistance is 2.1MΩ typical___ ___1.4uA input current when input voltage is 3V___ ___* On-chip thermal shut down (TSD) with hysteresis___	2.5	5.5	2.3	5	0.55	___nSLEEP___	___DFN2020-8___
___F6908___	___Motor drivers___	___TWO-CHANNEL H-BRIDGE___ ___DRIVER___ ______ ___* Two-channel H-bridge driver___ ___* The range of the operation voltage is wide. (1.8V~7.5V)___ ___* 2ch simultaneous connection is possible___ ___* Parallel input interface___ ___* 2 phase excitation, 1-2 phase excitation drive are possible___ ___* Built-in thermal protection___	1.8	8	-	-	1	___-___	___SOP-16___
___UFC1973___	___Motor drivers___	___TWO-CHANNEL H-BRIDGE___ ___DRIVER___ ______ ___* Two-channel H-bridge driver___ ___* The range of the operation voltage is wide. (1.8V~7.5V)___ ___* 2ch simultaneous connection is possible___ ___* Parallel input interface___ ___* 2 phase excitation, 1-2 phase excitation drive are possible___ ___* Built-in thermal protection___	1.8	7.5	-	-	1	___-___	___SOP-16___ ___SSOP-16___
___UMD9130___	___Motor drivers___	___DC MOTOR DRIVE CIRCUIT___ ______ ___* Low standby current___ ___* Low static operational current___ ___* Integrated H-bridge drive circuit___ ___* Built-in anti-common-state conduction circuit___ ___* Low-on-resistance power MOSFET___ ___* Built-in thermal protection circuit (TSD) with hysteresis___	3	5.5	8	18	0.5	___-___	___SOP-8___

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