MP60G
MP60G is VOLTAGE REGULATOR MODULE FOR INTEL ADVANCED PROCESSORS manufactured by SEMTECH.
DESCRIPTION
The MP60G series of power modules are highly efficient synchronous switching DC/DC converters with an integral connector conforming to Intel Corporation’s Voltage Regulator Module specification (VRM 8.1 DC-DC Converter Specification). The modules have additional monitoring functions for Power Good Signal, Output Enable and optional Over Voltage Protection. A five bit voltage identification code (VID) programs the output voltage between 1.8V and 3.5V to support existing and future versions of the Pentium® II processor. The MP60G is available in several options to provide superior cost/performance tradeoff. The MP60G-5N, -5P and -NH modules convert 5V to the programmed VID output. The N designation signifies no Over Voltage Protection (OVP) while the P represents OVP. The NH module does not provide OVP and does not have heat sinks. The MP60G-12XX modules are intended for 12V server applications. Again, the N and P designations denote the OVP option. The MP60G-12A will work from either 5V or 12V input on the 5Vin pins (Pins 1A, 2A, 3A, 1B and 2B).
Features
- Integral 40-pin header connector
- Programmable output voltage to suit processor
- -
- (by VID code); adjustable from 1.8 to 3.5V Maximum output current 16A Efficiency >85% at full load Fast transient response
APPLICATIONS
- Intel Pentium® II Power Supply
- Deschutes Power Supply
- Deschutes Memory Power Supply ORDERING INFORMATION
DEVICE MP60G-5N MP60G-5P MP60G-12N MP60G-12P MP60G-12AN MP60G-12AP MP60G-NH VCONTROL 12V 12V 12V 12V 12V 12V 12V VIN 5V 5V 12V 12V 12 or 5V 12 or 5V 5V OVP No Yes No Yes No Yes No
MODULE DIAGRAM SIMPLIFIED BLOCK DIAGRAM
VIN V
CONTROL
VID4 VID3 VID2 VID1 VID0 PWRGOOD CONTROL IC (SC1152)
SEMTECH
SHUTDOWN Vcc CORE
MP60G-NH
Pentium is a registered trademark of Intel Corporation
© 1997 SEMTECH CORP.
652 MITCHELL ROAD NEWBURY PARK CA 91320
VOLTAGE REGULATOR MODULE FOR INTEL ADVANCED PROCESSORS
PRELIMINARY
- November 3, 1997
ELECTRICAL CHARACTERISTICS
Conditions:...