NCP5380
NCP5380 is Synchronous Buck Switching Regulator Controller manufactured by onsemi.
Description http://onsemi. MARKING DIAGRAM
The NCP5380 is a highly efficient, single- phase, synchronous buck switching regulator controller. With its integrated drivers, the NCP5380 is optimized for converting the silver box voltage to the supply voltage required by high performance Intel chipsets. An internal 7- bit DAC is used to read a VID code directly from the chipset. .. The NCP5380 uses a multimode architecture. It provides programmable switching frequency that can be optimized for efficiency depending on the output current requirement. In addition, the NCP5380 includes a programmable load line slope function to adjust the output voltage as a function of the load current so that the core voltage is always optimally positioned for a load transient. The NCP5380 also provides accurate and reliable current overload protection and a delayed power- good output. The IC supports on- the- fly output voltage changes requested by the chipset. The NCP5380 is specified over the extended mercial temperature range of 0°C to 85°C and is available in a 32- lead QFN.
Features
QFN32, 5x5 CASE 488AM MN SUFFIX
NCP5380 AWLYYWWG G
NCP5380 = Specific Device Code A = Assembly Location WL = Wafer Lot YY = Year WW = Work Week G = Pb Free Package (Note: Microdot may be in either location)
PIN CONFIGURATION
EN VID1 VID2 VID3 VID4 VID5 VID6 VID7 PWRGD IMON N/C FBRTN FB P GND ILIM 1 NCP5380 (Top View) VCC BST DRVH SW PVCC DRVL PGND GND
- Single- chip Solution
- Fully patible with the Intel VR11 CPU Chipset Voltage
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- Regulator Specifications Integrated MOSFET Drivers ±8 m V Worst- case Differentially Sensed Core Voltage Error over Temperature Automatic Power- saving Modes Maximize Efficiency During Light Load Operation Soft Transient Control Reduces Inrush Current and Audio Noise Independent Current Limit and Load Line Setting Inputs for Additional Design Flexibility Built- in Power- good Masking Supports Voltage Identification (VID) On- the- fly Transients 7- bit,...