FAN8460MTCX ,DC Cooling Fan Single phase PWM driverFeatures Description• Output direct PWM drive for speed control The FAN8460MTC/FAN8460MP is a singl ..
FAN8461GX ,DC Cooling Fan Single phase driverFeaturesit’s typical application is DC cooling fans with wide range of supply voltage(3.3/5/12/24V) ..
FAN8486D ,2-Phase BLDC Motor DriverFeatures Descripiton• Drives the BLDC motor using 2 hall sensors. The FAN8486D is a monolithic inte ..
FAN8486DTF ,2-Phase BLDC Motor DriverFeatures Descripiton• Drives the BLDC motor using 2 hall sensors. The FAN8486D is a monolithic inte ..
FAN8486DTF ,2-Phase BLDC Motor DriverFAN8486D (KA3086D)2-Phase BLDC Motor Driver
FAN8486DTF ,2-Phase BLDC Motor DriverFeatures Descripiton• Drives the BLDC motor using 2 hall sensors. The FAN8486D is a monolithic inte ..
FL10KM-12A , MITSUBISHI Nch POWER MOSFET HIGH-SPEED SWITCHING USE
FL12KM-12A , MITSUBISHI Nch POWER MOSFET HIGH-SPEED SWITCHING USE
FL12KM-12A , MITSUBISHI Nch POWER MOSFET HIGH-SPEED SWITCHING USE
FL12KM-12A , MITSUBISHI Nch POWER MOSFET HIGH-SPEED SWITCHING USE
FL12KM-12A , MITSUBISHI Nch POWER MOSFET HIGH-SPEED SWITCHING USE
FL20KM-5A , MITSUBISHI POWER MOSFET HIGH-SPEED SWITCHING USE Nch POWER MOSFET
FAN8460MPX-FAN8460MTCX
DC Cooling Fan Single phase PWM driver
Features Output direct PWM drive for speed control Selectable PWM frequency : internal or external Versatile speed control inputs: A thermistor or PWM
input. A wide range of operating voltage: 3.2V to 28V Locked rotor protection with open collector output and
auto retry Open collector hall ou tput for speed feedback Adjustable minimum speed Thermistor disconnection protection TSD protection.
DescriptionThe FAN8460MTC/FAN8460MP is a single phase BLDC
motor driver with variable speed control using output direct
PWM method and it’s typical application is DC cooling fans
with wide range of supply voltage(5/12/24V). This approach
eliminates the need for external pass devices such as BJT,
MOSFET. This solution also offers other advantages over
commonly used external PWM turning fan’s power on and
off at fixed frequency. The external PWM increas stress on
fan and needs level translation in speed and alarm output
because these outputs share the fan’s negative terminal.
In case of CPU cooling, digital controller can give speed
control command with PWM signal adjusting the duty. If a
system has no digital controller, the NTC thermistor input
mechanism can control fan speed with local or ambient tem-
perature sensing.These two kinds of input schemes can meet
various system requirements and applications.
