MP8352DL-LF-Z Overview

With a 14-VFDFN Exposed Pad package, the switching controller is suitable for a wide range of applications. The dc motor controller is adquate to generate for 1 outputs. Tape & Reel (TR) solid enclosure protects the pmic. With this function, you can deal with Transistor Driver dc switching's outputs (s). dc control's supply and operating voltages are 3V~6V. Qualified to work in an dc switcher with -40°C~85°C TA. Switching can be done at 600kHz with this switching controller. The Surface Mount makes it ideal for general dc dc regulator. To ensure efficient switching, this dcdc regulator features a Enable, Power Good. SWITCHING REGULATOR analog IC connects the switch converters. The switching converters's terminal (s) are designed at DUAL . An array of 14 terminations of dc switching. PULSE WIDTH MODULATION is an example of one of the control techniques these dc dc converter ics adapt. DC switcher's input voltageis set to 5V. There are a total of 14 pins on switching converter. Voltage regulator dc to dc is designed to operate at 90 % duty cycle during power-ups and power-downs to ensure reliability. This Surface Mount makes DC switcher suitable for most prototypes and applications. The value of DC to DC voltage regulator is set at OUTPUT ADJUSTABLE DOWN TO 0.8V in order to fulfill the requirements more effectively. If the user wishes to run the voltage regulator dc to dc in a circuit safely and reliably, they should apply 6V. The dc switcher's maximum input voltage is 6V, so users must limit the voltage accordingly. 3V is the required supply voltage. Output current will not exceed 6A.

MP8352DL-LF-Z Features

Transistor Driver Outputs
Switching Frequency: 600kHz
Enable, Power Good
PULSE WIDTH MODULATION
Max Duty Cycle: 90 %
OUTPUT ADJUSTABLE DOWN TO 0.8V

MP8352DL-LF-Z Applications

There are a lot of Monolithic Power Systems Inc. MP8352DL-LF-Z DC to DC converter applications.

• Computer application technology
• USB circuits
• Emergency lighting monitoring equipment
• Electrical distribution systems
• Hydro power
• Magnetohydrodynamic power
• Network technology
• Industrial robots
• Communication system
• Laboratories