MM196
6 MOSFET Multi-Chip Module
S A N T A A N A D I V I S I O N
PRELIMINARY SPECIFICATION
KEY FEATURES
DESCRIPTION
The MM196 is a Multi-Chip Module, MCM, incorporating 6 independent
MOSFET die into a convenient BGA package. This device is also available
as discrete individual packaged Powermite3, see Microsemi data sheet
UPF1N100. This device is also available as bare die, see Microsemi data
sheet MSAFA1N100D. The MM196 allows users to externally connect the
MOSFETs via a motherboard or next assembly substrate into any
configuration desired. Custom variations of this product incorporating other
Microsemi protection die and/or passive components are available by
contacting the factory.
!"Miniature size, Multi-Chip
Module, MCM
!"Convenient mounting, Ball Grid
Array, BGA
!"Sn63/Pb37 solder bumps
(Alternate attach methods
available)
!"Maximum switch voltage 1000V
APPLICATIONS/BENEFITS
!"Three phase switching
!"AC-DC converters
!"Applications utilizing multiple
MOSFET die in multiple or array
configurations
IMPORTANT:
For the most current data, consult MICROSEMI’s website: http://www.microsemi.com
INDIVIDUAL COMPONENT SPECIFICATIONS
Components
Manufacturer
Part Number
Schematic
Q1 – Q6
Microsemi Santa Ana
MSAFA1N100D
Characteristics
Note: Refer to individual data sheets for component performance.
If there are conflicting requirements, this document takes precedence.
Maximum Ratings @ 25ºC
(UNLESS OTHERWISE SPECIFIED)
Parameter
S ym b o l
Min
Max
Unit
Peak Repetitive Drain
to Source Voltage
Operating Temperature
Range
VDSS
1000
V
Top
10
55
º C
Maximum Ratings @ 25ºC
(UNLESS OTHERWISE SPECIFIED)
C on dit ion s
TYP
Max
Unit
Description
Configuration and Dimensions
Top View
Drain-Source On-State
V
= 10 Vdc,
GS
I = 1 mAdc
12.5
13.5
ohm
R
Resistance,
DS(ON)1
0.38” typical
D
V
GS
= 7 Vdc
,
0.35”
Drain-Source On-State
typical
I
= 5…150
D
mAdc
Microsemi
MM196
12.5
ohm
R
Resistance,
DS(ON)2
T
º
= 37 C
C
0.050”
max
Copyright 2000
MSC1589.PDF ,2000-09-20
Microsemi
Page 1
Santa Ana Division
2830 S. Fairview Street, CA. 92704, 714-979-8220, Fax: 714-557-5989