FINAL PRODUCT/PROCESS CHANGE NOTIFICATION 29-Oct-2009 SUBJECT: ON Semiconductor Final Product/Process Change Notification #16352 TITLE: Copper Wire replacing Gold Wire in the SOT23, SC59, SC70, SC74, SC75 and SC88 Packages PROPOSED FIRST SHIP DATE: 01-Feb-2010 AFFECTED CHANGE CATEGORY(S): ON Semiconductor Assembly Areas – Wire Bond AFFECTED PRODUCT DIVISION(S): Small Signal Transistor Business Unit, and ESD and Protection Business Unit FOR ANY QUESTIONS CONCERNING THIS NOTIFICATION: Contact your local ON Semiconductor Sales Office or Eben Lim <[email protected]> SAMPLES: Contact your local ON Semiconductor Sales Office or Eben Lim <[email protected]> ADDITIONAL RELIABILITY DATA: Available Contact your local ON Semiconductor Sales Office or Chui Har Teo <[email protected] > NOTIFICATION TYPE: Final Product/Process Change Notification (FPCN) Final change notification sent to customers. FPCNs are issued at least 90 days prior to implementation of the change. ON Semiconductor will consider this change approved unless specific conditions of acceptance are provided in writing within 30 days of receipt of this notice. To do so, contact your local ON Semiconductor Sales Office. DESCRIPTION AND PURPOSE: ON Semiconductor is notifying customers of its use of Copper Wire (in place of Gold Wire) for their SOT23, SC59, SSC70, SC74, SC75, and SC88 packages. Discrete products built with general purpose transistor, biased-resistor transistor, high voltage transistor, zener diode, schottky diode, and switching diode platforms are represented by this Process Change Notice. Reliability Qualification and full electrical characterization over temperature has been performed. Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Page 1 of 15 Final Product/Process Change Notification #16352 QUALIFICATION PLAN: Reliability testing was performed on qualification vehicles chosen based on die size, voltage rating, and run rates. RELIABILITY RESULTS: SOT-23 MMBT2369LT1G Test: Conditions: Interval: HTRB TA=150C,80% Rated Voltage 1008 hrs Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig 96 hrs H3TRB+PC Ta=85C RH=85% 1008 hrs bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, 15000 cyc Ton/off = 2 min. TC+PC Ta= -65 C to 150 C 1000 cyc HTSL Ta=150C 1008 hrs DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs H3TRB RSH Ta=260C, 10 sec dwell BAT54ALT1G Test: HTRB Precondition Autoclave+PC H3TRB+PC Conditions: TA=150C,80% Rated Voltage MSL1@ 260C , 3 X IR at 260 C/260 C Ta=121C RH=100% ~15 psig Ta=85C RH=85% bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, Ton/off = 2 min. TC+PC Ta= -65 C to 150 C HTSL Ta=150C DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs H3TRB RSH Ta=260C, 10 sec dwell MMBZ5270BLT1G Test: Conditions: HTRB TA=150C,80% Rated Voltage Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig H3TRB+PC Ta=85C RH=85% bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, Ton/off = 2 min. TC+PC Ta= -65 C to 150 C HTSL Ta=150C DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs H3TRB RSH Ta=260C, 10 sec dwell Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Interval: 1008 hrs 96 hrs 1008 hrs Results 0/240 0/960 0/240 0/240 0/240 0/240 0/240 0/6 0/6 0/89 Results 0/240 0/960 0/240 0/240 15000 cyc 0/240 1000 cyc 1008 hrs 0/240 0/240 0/6 0/6 0/90 Interval: 1008 hrs Results 0/160 0/640 0/160 0/160 96 hrs 1008 hrs 15000 cyc 0/160 1000 cyc 1008 hrs 0/160 0/160 0/4 0/4 0/60 Page 2 of 15 Final Product/Process Change Notification #16352 MMBZ5263BLT1G Test: Conditions: HTRB TA=150C,80% Rated Voltage Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig H3TRB+PC Ta=85C RH=85% bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, Ton/off = 2 min. TC+PC Ta= -65 C to 150 C HTSL Ta=150C DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs H3TRB RSH Ta=260C, 10 sec dwell MMBZ33VALT1G Test: Conditions: Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig H3TRB+PC Ta=85C RH=85% bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, Ton/off = 2 min. TC+PC Ta= -65 C to 150 C HTSL Ta=150C DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs H3TRB RSH Ta=260C, 10 sec dwell Interval: 1008 hrs 96 hrs 1008 hrs Results 0/80 0/320 0/80 0/80 15000 cyc 0/80 1000 cyc 1008 hrs 0/80 0/80 0/2 0/2 0/30 Interval: 96 hrs 1008 hrs Results 0/960 0/240 0/240 15000 cyc 0/240 1000 cyc 1008 hrs 0/240 0/240 0/6 0/6 0/90 Interval: 1008 hrs Results 0/240 0/960 0/240 0/240 SOD-123 MMSD103T1G Test: HTRB Precondition Autoclave+PC HAST+PC Conditions: TA=150C,80% Rated Voltage MSL1@ 260C , 3 X IR at 260 C/260 C Ta=121C RH=100% ~15 psig Ta=130C RH=85% p=~18.8psig bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, Ton/off = 2 min. TC+PC Ta= -65 C to 150 C HTSL Ta=150C DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs HAST RSH Ta=260C, 10 sec dwell Issue Date: 29-Oct-2009 Rev.14 Jun 2007 96 hrs 96 hrs 15000 cyc 0/240 1000 cyc 1008 hrs 0/240 0/240 0/6 0/6 0/89 Page 3 of 15 Final Product/Process Change Notification #16352 BAT54T1G Test: HTRB Precondition Autoclave+PC H3TRB+PC Conditions: Interval: TA=150C,80% Rated Voltage 1008 hrs MSL1@ 260C , 3 X IR at 260 C/260 C Ta=121C RH=100% ~15 psig 96 hrs Ta=85C RH=85% 008 hrs bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, 15000 cyc Ton/off = 2 min. TC+PC Ta= -65 C to 150 C 1000 cyc HTSL Ta=150C 1008 hrs DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs H3TRB RSH Ta=260C, 10 sec dwell MMSZ5254ET1G Test: Conditions: Interval: HTRB TA=150C,80% Rated Voltage 1008 hrs Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig 96 hrs HAST+PC Ta=130C RH=85% p=~18.8psig 96 hrs bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, 15000 cyc Ton/off = 2 min. TC+PC Ta= -65 C to 150 C 1000 cyc HTSL Ta=150C 1008 hrs DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs HAST RSH Ta=260C, 10 sec dwell MMSZ5265BT1G Test: Conditions: Interval: HTRB TA=150C,80% Rated Voltage 1008 hrs Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig 96 hrs HAST+PC Ta=130C RH=85% p=~18.8psig 96 hrs bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, 15000 cyc Ton/off = 2 min. TC+PC Ta= -65 C to 150 C 1000 cyc HTSL Ta=150C 1008 hrs DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs HAST RSH Ta=260C, 10 sec dwell Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Results 0/240 0/960 0/240 0/240 0/240 0/240 0/240 0/6 0/6 0/90 Results 0/80 0/320 0/80 0/80 0/80 0/80 0/80 0/2 0/2 0/30 Results 0/160 0/640 0/160 0/160 0/160 0/160 0/160 0/4 0/4 0/60 Page 4 of 15 Final Product/Process Change Notification #16352 MMSZ5270BT1G Test: Conditions: Interval: HTRB TA=150C,80% Rated Voltage 1008 hrs Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig 96 hrs HAST+PC Ta=130C RH=85% p=~18.8psig 96 hrs bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, 15000 cyc Ton/off = 2 min. TC+PC Ta= -65 C to 150 C 1000 cyc HTSL Ta=150C 1008 hrs DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs HAST RSH Ta=260C, 10 sec dwell MMSZ9V1ET1G Test: Conditions: Interval: HTRB TA=150C,80% Rated Voltage 1008 hrs Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig 96 hrs HAST+PC Ta=130C RH=85% p=~18.8psig 96 hrs bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, 15000 cyc Ton/off = 2 min. TC+PC Ta= -65 C to 150 C 1000 cyc HTSL Ta=150C 1008 hrs DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs HAST RSH Ta=260C, 10 sec dwell MBR0520LT3G Test: Conditions: Interval: HTRB TA=150C,80% Rated Voltage 1008 hrs Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig 96 hrs H3TRB+PC Ta=85C RH=85% 1008 hrs bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, 15000 cyc Ton/off = 2 min. TC+PC Ta= -65 C to 150 C 1000 cyc HTSL Ta=150C 1008 hrs RSH Ta=260C, 10 sec dwell Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Results 0/160 0/640 0/160 0/160 0/160 0/160 0/160 0/4 0/4 0/60 Results 0/80 0/320 0/80 0/80 0/80 0/80 0/80 0/2 0/2 0/30 Results 0/80 0/320 0/80 0/80 0/80 0/80 0/80 0/30 Page 5 of 15 Final Product/Process Change Notification #16352 MBR130T1G Test: HTRB Precondition Autoclave+PC H3TRB+PC Conditions: Interval: TA=150C,80% Rated Voltage 1008 hrs MSL1@ 260C , 3 X IR at 260 C/260 C Ta=121C RH=100% ~15 psig 96 hrs Ta=85C RH=85% 1008 hrs bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, 15000 cyc Ton/off = 2 min. TC+PC Ta= -65 C to 150 C 1000 cyc HTSL Ta=150C 1008 hrs DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs H3TRB RSH Ta=260C, 10 sec dwell MBR0540T3G Test: HTRB Precondition Autoclave+PC H3TRB+PC Conditions: TA=150C,80% Rated Voltage MSL1@ 260C , 3 X IR at 260 C/260 C Ta=121C RH=100% ~15 psig Ta=85C RH=85% bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, Ton/off = 2 min. TC+PC Ta= -65 C to 150 C HTSL Ta=150C DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs H3TRB RSH Ta=260C, 10 sec dwell SOD-323 BAT54HT1G Test: HTRB Precondition Autoclave+PC H3TRB+PC Conditions: TA=150C,80% Rated Voltage MSL1@ 260C , 3 X IR at 260 C/260 C Ta=121C RH=100% ~15 psig Ta=85C RH=85% bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, Ton/off = 2 min. TC+PC Ta= -65 C to 150 C HTSL Ta=150C DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs H3TRB RSH Ta=260C, 10 sec dwell Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Interval: 1008 hrs 96 hrs 1008 hrs Results 0/80 0/320 0/80 0/80 0/80 0/80 0/80 0/2 0/2 0/30 Results 0/80 0/320 0/80 0/80 15000 cyc 0/80 1000 cyc 1008 hrs 0/80 0/80 0/2 0/2 0/30 Interval: 1008 hrs 96 hrs 1008 hrs Results 0/240 0/960 0/240 0/240 15000 cyc 0/240 1000 cyc 1008 hrs 0/240 0/240 0/6 0/6 0/90 Page 6 of 15 Final Product/Process Change Notification #16352 MM3Z43VT1G Test: HTRB Precondition Autoclave+PC H3TRB+PC Conditions: TA=150C,80% Rated Voltage MSL1@ 260C , 3 X IR at 260 C/260 C Ta=121C RH=100% ~15 psig Ta=85C RH=85% bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, Ton/off = 2 min. TC+PC Ta= -65 C to 150 C HTSL Ta=150C DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs H3TRB RSH Ta=260C, 10 sec dwell Interval: 1008 hrs 96 hrs 1008 hrs 15000 cyc 0/240 1000 cyc 1008 hrs 0/240 0/240 0/6 0/6 0/90 TSOP-6 MBT35200MT1G Test: Conditions: Interval: HTRB TA=150C,80% Rated Voltage 1008 hrs Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig 96 hrs HAST+PC Ta=130C RH=85% p=~18.8psig 96 hrs bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, 15000 cyc Ton/off = 2 min. TC+PC Ta= -65 C to 150 C 1000 cyc HTSL Ta=150C 1008 hrs HTSL Ta=175C 1008 hrs DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs HAST RSH Ta=260C, 10 sec dwell SOT-223 BCP69T1G Test: Conditions: Interval: HTRB TA=150C,80% Rated Voltage 1008 hrs Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig 96 hrs HAST+PC Ta=130C RH=85% p=~18.8psig 96 hrs bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, 15000 cyc Ton/off = 2 min. TC+PC Ta= -65 C to 150 C 1000 cyc HTSL Ta=150C 1008 hrs DPA Per AECQ101, after 1000 cyc TC DPA Per AECQ101, after 1008 hrs HAST RSH Ta=260C, 10 sec dwell Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Results 0/240 0/960 0/240 0/240 Results 0/252 0/1008 0/252 0/252 0/252 0/252 0/252 0/252 0/6 0/6 0/90 Results 0/240 0/960 0/240 0/240 0/240 0/240 0/240 0/6 0/6 0/90 Page 7 of 15 Final Product/Process Change Notification #16352 SC88 and SC88A MSQA6V1W5T2G Test: Conditions: Precondition MSL1@ 260C , 3 X IR at 260 C/260 C Autoclave+PC Ta=121C RH=100% ~15 psig TC+PC Ta= -65 C to 150 C HTSL Ta=150C DPA Per AECQ101, after 1000 cyc TC RSH Ta=260C, 10 sec dwell Package: SC75 DTC114EET1G Test: Conditions: HTRB Ta=150C, Vds=80% Rated Precondition MSL1@ 260C , 3 X IR at 260 C Autoclave+PC Ta=121C RH=100% ~15 psig H3TRB+PC Ta=85C RH=85% bias=80% rated V or100V Max IOL+PC Ta=25C, Delta TJ = 100 C, Ton/off = 2 min. TC+PC Ta= -65 C to 150 C air to air HTSL Ta= 150C DPA post TC 1000 cycles DPA post H3TRB 1008 hrs RSH Ta=260C, 10 sec dwell Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Interval: 96 hrs 1000 cyc 1008 hrs Interval: 1008 hrs 96 hrs 1008 hrs Results 0/480 0/240 0/240 0/240 0/6 0/90 Results 0/240 0/960 0/240 0/240 15000 cyc 0/240 1000 cyc 1008 hrs 0/240 0/240 0/6 0/6 0/90 Page 8 of 15 Final Product/Process Change Notification #16352 ELECTRICAL CHARACTERIZATION PLAN: Datasheet specifications and product electrical performance will remain unchanged Characterization of each qual vehicle device will be performed to the following requirements: 1) Three temperature characterization on 30 units from 3 lots 2) ESD performance ( HBM, MM) on 15 units from 1 lot ELECTRICAL CHARACTERIZATION RESULTS: Available upon request CHANGED PART IDENTIFICATION: Products assembled with the Copper Wire from the ON Semiconductor facility will have a Finish Good Date Code 1005 representing Work Week 05, 2010 or newer. Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Page 9 of 15 Final Product/Process Change Notification #16352 AFFECTED DEVICE LIST MMBTA42LT1 MMBTA42LT1G MMBTA42LT1H MMBTA42LT3G SMBT1565LT1 SMBT1565LT1G SMMBTA42LT1 SMMBTA42LT1G HN2D02FUTW1T1G BAS21DW5T1G BAS21DW5T1 M1MA151KT1G M1MA151WAT1G M1MA151WKT1 M1MA151WKT1G M1MA152KT1G M1MA152WAT1G M1MA152WKT1G MSA1162GT1 MSA1162GT1G MSA1162YT1G MSB709-RT1G MSB710-RT1G MSB92T1G MSC2712GT1 MSC2712GT1G MSC2712GT1H MSC2712YT1G MSC2712YT1H MSD1328-RT1G MSD1328-ST1G MSD42T1G MSD601-RT1G MSD601-ST1G MSD602-RT1G MUN2111T1 MUN2111T1G MUN2112T1 MUN2112T1G MUN2113T1G MUN2114T1 MUN2114T1G MUN2211JT1G MUN2211T1 MUN2211T1G MUN2211T3G MUN2212T1 MUN2212T1G MUN2213T1 MUN2213T1G MUN2214T1 MUN2214T1G MUN2214T3G Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Page 10 of 15 Final Product/Process Change Notification #16352 MUN2215T1G MUN2216T1G MUN2230T1G MUN2232T1G MUN2233T1G MUN2234T1 MUN2234T1G MUN2237T1G MUN2240T1G NSVMUN2233T1G SFMUN2132T1G SFMUN2211T1G SFMUN2216T1G SFMUN2232T1G SFMUN2233T1G SFSMUN101T1 SFSMUN101T1G SFSMUN2111T3G SFSMUN2112T1G SFSMUN2113T1G SFSMUN2212T1G SFSMUN2213T1 SFSMUN2213T1G SFSSV1MUN2211T1G SMUN101T1 SMUN101T1G SMUN2111T1 SMUN2111T1G SMUN2111T3 SMUN2111T3G SMUN2112T1G SMUN2211T1 SMUN2211T1G SMUN2211T3G SMUN2212T1G SMUN2213T1G SMUN2214T1G SSV1MUN2211T1 SSV1MUN2211T1G NSVMMBD352WT1G MMBD717LT1G MMBD352WT1G SBAT54AWT1G BAT54SWT1G BAT54AWT1G SMUN5112T1G MUN5114T1G MUN5215T1G MUN5113T3G MUN5214T1G MUN5113T1G MUN5213T1G MUN5112T1G MUN5111T1G MUN5211T1G Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Page 11 of 15 Final Product/Process Change Notification #16352 MUN5135T1G MUN5133T1G MUN5235T1G MUN5132T1G MUN5131T1G MSD42WT1G MSD42SWT1G MUN5233T1G MUN5232T1G MUN5230T1G MMBD770T1G MMBD330T1G SMUN5114T1G SMUN5213T1G SMUN5211T3G MUN5212T1G SMUN5233T1G SMUN5212T1G SMUN5111T1G NSVMUN5132T1G SMUN5133T1G SFMUN5213T1G SFMUN5133T1G SFMUN5111T1G SFMUN5211T1G SFMUN5235T1G SFMUN5212T1G BAT54WT1G BAT54CWT1G SMUN5112T1 MUN5113T3 MUN5212T1 MUN5111T1 MUN5211T1 MUN5133T1 MUN5132T1 MUN5233T1 SMUN5114T1 SMUN5211T3 MMBD352WT1 BAT54SWT1 MUN5135T1H MUN5235T1H MUN5212T1H BAT54CWT1H BAT54SWT1H BAT54AWT1H SBAW56TT1G NSVBAV70TT3G NSVBAV70TT1G DA121TT1G DAP222T1G DAP222G DAN222T1G DAN222G Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Page 12 of 15 Final Product/Process Change Notification #16352 BAV70TT1G BAW56TT1G BAS16TT1G NSVBAV70TT1 DAN222T1 DAN222H BAV70TT1H BC847CTT1G BC847BTT1G DTA114EET1G SDTC114YET1G DTA115EET1G DTC114YET1G S2SC4617G 2SA1774G 2SC4617G 2SC4617T1G SDTC114EET1G SDTA114YET1G DTC114TET1G DTA143EET1G MMBT2222ATT1G MMBT2222ATT3G BC857BTT1G MMBT3906TT1G BAT54CTT1G MMBT3904TT1G 2SA1774T1G S2SA1774G DTC114EET1G DTC124EET1G DTC144EET1G DTC143EET1G DTC143ZET1G DTC124XET1G DTC123JET1G DTC115EET1G DTA144EET1G DTA114YET1G DTA114TET1G DTA143ZET1G SFSDTA114YET1 SDTA114YET1 SDTC114EET1 MMBT3904TT1 DTA114EET1 DTA114YET1H DTC114EET1H DTC114YET1H MMBT3906TT1H MMBT3904TT1H DTC144EET1H SMBT2000T1 SMBT2001T1 SMBT2002T1 Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Page 13 of 15 Final Product/Process Change Notification #16352 MMQA20VT3 MMQA6V2T1 MMQA27VT1 MMQA18VT1 SMQA1000T1 SMQA2000T1 SZMMQA5V6T1 SZMMQA15VT1G S1ZMMQA27VT1G S1ZMMQA33VT1G MMQA18VT1G MMQA20VT1G MMQA33VT1G MMQA20VT3G MMQA22VT1G MMQA5V6T1G MMQA5V6T3G MMQA12VT1G MMQA24VT1G MMQA6V2T1G MMQA27VT1G MMQA6V2T3G MMQA15VT1G MMQA6V8T1G SMQA1000T1G SMQA2000T1G SMS12T1G SMS05T1G SZMMQA27VT1G SMS15T1G SZMMQA33VT1G SMS24T1G SZMMQA6V2T1G SZMMQA5V6T1G SMBT2000T1G SMBT2001T1G SMBT2002T1G HN1B01FDW1T1G NUP4301MR6T1G NUP4304MR6T1G SZNUP4304MR6T1G BAV199LT1 BAV199LT1G BAS116LT1 BAS116LT1G SBAS21LT1 SBAS21LT3 SMBD1488LT1 SMBD1488LT3 SBAS21LT1G SBAS21LT3G SMBD1488LT1G SMBD1488LT3G SMBD1122LT3G SMBD1466LT3G Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Page 14 of 15 Final Product/Process Change Notification #16352 SBAS16LT1 SBAS16LT3 SMMBD914LT3 SBAS16LT1G SBAS16LT3G SMMBD914LT1G SMMBD914LT3G SMBD1058T SBAV99LT1 SBAV99LT3 SMBD1007LT1 SMBD1472LT1 SMBD1472LT3 SMBD99LT1 SBAV99LT1G SBAV99LT3G SMBD1007LT1G SMBD1472LT1G SMBD99LT1G SMMBD7000LT1G SMMBD7000LT3G SBAV199LT1 SBAV199LT1G SBAV70LT1 SBAV70LT1G SBAV70LT3 SBAV70LT3G SBAW56LT1 SBAW56LT1G SBAW56LT3 SBAW56LT3G SMBD1014LT1 SMBD1122LT1 SMMBD2837LT1G SMBD1122LT1G SMBD1466LT3 SMBD56LT1 SMBD70LT1 SMBD70LT1G SSV1BAW56LT1 SSV1BAW56LT1G SMMBD2835LT1G BAS116LT3G SBAV199LT3G Issue Date: 29-Oct-2009 Rev.14 Jun 2007 Page 15 of 15