Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (3), Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, Capacitive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (2), Applications: General Purpose, Stepper Motors, Interface: Logic, Type de charge: Inductive, La technologie: Bipolar,
Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (2), Applications: DC Motors, Solenoids, Interface: PWM, Type de charge: Inductive, La technologie: NMOS, Rds On (Typ): 280 mOhm LS + HS,
Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (4), Applications: DC Motors, General Purpose, Solenoids, Stepper Motors, Interface: PWM, Type de charge: Inductive, La technologie: NMOS, Rds On (Typ): 160 mOhm LS, 200 mOhm HS,
Configuration de sortie: Half Bridge (4), Applications: DC Motors, General Purpose, Solenoids, Stepper Motors, Interface: PWM, Type de charge: Inductive, La technologie: NMOS, Rds On (Typ): 160 mOhm LS, 200 mOhm HS,
Configuration de sortie: Half Bridge (3), Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, Capacitive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (3), Applications: DC Motors, General Purpose, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET, Rds On (Typ): 260 mOhm LS, 260 mOhm HS,
Configuration de sortie: Half Bridge (4), Applications: DC Motors, General Purpose, Solenoids, Stepper Motors, Interface: Logic, Type de charge: Inductive, La technologie: Bipolar,
Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (4), Applications: DC Motors, General Purpose, Solenoids, Stepper Motors, Interface: PWM, Type de charge: Inductive, La technologie: NMOS, Rds On (Typ): 160 mOhm LS, 200 mOhm HS,
Configuration de sortie: Half Bridge (4), Applications: DC Motors, General Purpose, Solenoids, Stepper Motors, Interface: PWM, Type de charge: Inductive, La technologie: NMOS, Rds On (Typ): 160 mOhm LS, 200 mOhm HS,
Configuration de sortie: Half Bridge (3), Applications: DC Motors, General Purpose, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET, Rds On (Typ): 80 mOhm LS, 80 mOhm HS,
Configuration de sortie: Half Bridge (4), Applications: DC Motors, General Purpose, Stepper Motors, Interface: Step/Direction, Type de charge: Inductive, La technologie: Power MOSFET, Rds On (Typ): 350 mOhm LS, 550 mOhm HS,
Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (4), Applications: DC Motors, General Purpose, Solenoids, Stepper Motors, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET, Rds On (Typ): 550 mOhm LS, 1.18 Ohm HS,
Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (3), Applications: DC Motors, General Purpose, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET, Rds On (Typ): 80 mOhm LS, 80 mOhm HS,
Configuration de sortie: Half Bridge (4), Applications: DC Motors, General Purpose, Solenoids, Stepper Motors, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET, Rds On (Typ): 550 mOhm LS, 1.18 Ohm HS,
Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (3), Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, Capacitive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (2), Applications: General Purpose, Stepper Motors, Interface: Logic, Type de charge: Inductive, La technologie: Bipolar,
Configuration de sortie: Half Bridge (2), Applications: General Purpose, Stepper Motors, Interface: Logic, Type de charge: Inductive, La technologie: Bipolar,
Configuration de sortie: Half Bridge (3), Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, Capacitive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (2), Applications: General Purpose, Stepper Motors, Interface: Logic, Type de charge: Inductive, La technologie: Bipolar,
Configuration de sortie: Half Bridge (3), Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, Capacitive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge (3), Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, Capacitive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge, Applications: General Purpose, Interface: On/Off, Type de charge: Inductive, Capacitive, La technologie: Bipolar,
Configuration de sortie: Half Bridge (3), Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, Capacitive, La technologie: Power MOSFET,
Configuration de sortie: Half Bridge, Applications: Synchronous Buck Converters, Interface: PWM, Type de charge: Inductive, La technologie: Power MOSFET,
