| ISSUE DATE: | 09-Jun-2014 |
| NOTIFICATION: | 16253 |
| TITLE: | 0.25um ATMC and TSMCFAB3/11 KLM QFP Copper Wire and Leadframe Flag Conversion Qualification |
| EFFECTIVE DATE: | 09-Dec-2014 |
| MPN |
|---|
| MC9S12B128CFUE |
| MC9S12B128CPVE |
| MC9S12B128MFUE |
| MC9S12B128VPVE |
| MC9S12B64CFUE |
| MC9S12B64CPVE |
| MC9S12B64MPVE |
| MC9S12H128VFVE |
| MC9S12H128VPVE |
| MC9S12H256VFVE |
| MC9S12H256VFVER |
| MC9S12H256VPVE |
| MC9S12HZ128CAL |
| MC9S12HZ128VAL |
| MC9S12HZ256CAL |
| MC9S12HZ256VAL |
| MC9S12XB128MAA |
| MC9S12XD128MAL |
| MC9S12XD64CAA |
| MC9S12XD64MAA |
| MC9S12XDG128CAA |
| MC9S12XDG128CAL |
| MC9S12XDG128MAA |
| MC9S12XDG128MAL |
| MC9S12XHZ256CAG |
| MC9S12XHZ256CAL |
| MC9S12XHZ256VAG |
| MC9S12XHZ512CAG |
| MC9S12XHZ512CAL |
| S912XB128F2CAL |
| S912XB128F2CALR |
| S912XB256F1CAL |
| S912XB256F1CALR |
| S912XD128F2CAA |
| S912XD128F2CAAR |
| S912XD128F2CAL |
| S912XD128F2CALR |
| S912XD128F2MAA |
| S912XD128F2MAL |
| S912XD128F2VAA |
| S912XD128F2VAAR |
| S912XD128F2VAL |
| S912XD128F2VALR |
| S912XD256F1CAA |
| S912XD256F1CAAR |
| S912XD256F1CAG |
| S912XD256F1CAGR |
| S912XD256F1CAL |
| S912XD256F1CALR |
| S912XD256F1MAA |
| S912XD256F1MAAR |
| S912XD256F1MAG |
| S912XD256F1MAL |
| S912XD256F1MALR |
| S912XD256F1VAA |
| S912XD256F1VAAR |
| S912XD256F1VAG |
| S912XD256F1VAGR |
| S912XD256F1VAL |
| S912XD256F1VALR |
| S912XD64F2CAA |
| S912XD64F2CAAR |
| S912XD64F2MAA |
| S912XD64F2VAA |
| S912XD64F2VAAR |
| S912XDG128F2CAA |
| S912XDG128F2CAAR |
| S912XDG128F2CAL |
| S912XDG128F2MAA |
| S912XDG128F2MAAR |
| S912XDG128F2MAL |
| S912XDG128F2MALR |
| S912XDG128F2VAA |
| S912XDG128F2VAAR |
| S912XDG128F2VAL |
| S912XDG256F1CAL |
| S912XDG256F1CALR |
| S912XDG256F1MAA |
| S912XDG256F1MAAR |
| S912XDG256F1MAG |
| S912XDG256F1MAGR |
| S912XDG256F1MAL |
| S912XDG256F1VAG |
| S912XDG256F1VAGR |
| S912XDG256F1VAL |
| S912XDG512F0CAG |
| S912XDG512J1CAG |
| S912XDG512J1CAGR |
| S912XDP512F0CAA |
| S912XDP512F0CAAR |
| S912XDP512F0CAG |
| S912XDP512F0CAGR |
| S912XDP512F0CAL |
| S912XDP512F0CALR |
| S912XDP512F0MAG |
| S912XDP512F0MAL |
| S912XDP512J0CAL |
| S912XDP512J0CALR |
| S912XDP512J0MAG |
| S912XDP512J0VAL |
| S912XDP512J1CAA |
| S912XDP512J1CAAR |
| S912XDP512J1CAG |
| S912XDP512J1CAGR |
| S912XDP512J1CAL |
| S912XDP512J1CALR |
| S912XDP512J1MAG |
| S912XDP512J1MAL |
| S912XDP512J1MALR |
| S912XDP512J1VAG |
| S912XDP512J1VAGR |
| S912XDP512J1VAL |
| S912XDQ256F1MAL |
| S912XDQ256F1VAA |
| S912XDQ256F1VAL |
| S912XDQ256F1VALR |
| S912XDT256F1CAA |
| S912XDT256F1CAG |
| S912XDT256F1CAGR |
| S912XDT256F1CAL |
| S912XDT256F1MAA |
| S912XDT256F1MAG |
| S912XDT256F1MAL |
| S912XDT256F1MALR |
| S912XDT256F1VAA |
| S912XDT256F1VAL |
| S912XDT256F1VALR |
| S912XDT384F0CAA |
| S912XDT384F0CAAR |
| S912XDT384F0CAL |
| S912XDT384F0CALR |
| S912XDT384F0VAL |
| S912XDT384F0VALR |
| S912XDT384J0CAG |
| S912XDT384J0CAGR |
| S912XDT384J1CAA |
| S912XDT384J1CAAR |
| S912XDT384J1CAG |
| S912XDT384J1CAL |
| S912XDT384J1CALR |
| S912XDT384J1MAG |
| S912XDT384J1MAL |
| S912XDT384J1MALR |
| S912XDT384J1VAL |
| S912XDT384J1VALR |
| S912XDT512F0CAG |
| S912XDT512F0CAGR |
| S912XDT512J1CAA |
| S912XDT512J1CAG |
| S912XDT512J1CAGR |
| S912XDT512J1CAL |
| S912XDT512J1MAA |
| S912XDT512J1VAA |
| S912XDT512J1VAAR |
| S912XDT512J1VAG |
| S912XDT512J1VAGR |
| S912XHZ256F1CAG |
| S912XHZ256F1MAG |
| S912XHZ256F1VAG |
| S912XHZ256F1VAGR |
| S912XHZ256F1VAL |
| S912XHZ256F1VALR |
| S912XHZ384F1CAG |
| S912XHZ384F1VAG |
| S912XHZ384F1VAL |
| S912XHZ384F1VALR |
| S912XHZ512F1CAG |
| S912XHZ512F1MAG |
| S912XHZ512F1VAG |
| S912XHZ512F1VAL |
| S912XHZ512F1VALR |
| S9S08DV128F2CLL |
| S9S08DV96F2CLL |
| S9S08DZ128F2CLL |
| S9S08DZ128F2CLLR |
| S9S08DZ128F2MLL |
| S9S08DZ128F2MLLR |
| S9S08DZ128F2VLL |
| S9S08DZ96F2MLL |
| S9S08DZ96F2MLLR |
| S9S08DZ96F2VLL |
| S9S08LG32J0CLK |
| S9S08LG32J0CLKR |
| S9S08LG32J0VLK |
| S9S08LG32J0VLKR |
| S9S12B128F0CFUE |
| S9S12B128F0CFUER |
| S9S12B128F0CPVE |
| S9S12B128F0CPVER |
| S9S12B128F0MFUE |
| S9S12B128F0MFUER |
| S9S12B128F0VFUE |
| S9S12B128F0VFUER |
| S9S12B128F0VPVE |
| S9S12B128F0VPVER |
| S9S12B128J3CFUE |
| S9S12B128J3CFUER |
| S9S12B128J3CPVE |
| S9S12B128J3CPVER |
| S9S12B128J3MFUE |
| S9S12B128J3MPVE |
| S9S12B128J3MPVER |
| S9S12B128J3VFUE |
| S9S12B128J3VPVE |
| S9S12B128J3VPVER |
| S9S12B256F0CPVE |
| S9S12B256F0CPVER |
| S9S12B256F0VPVE |
| S9S12B256F0VPVER |
| S9S12B64F0CFUE |
| S9S12B64F0CFUER |
| S9S12B96F0CFUE |
| S9S12B96F0CFUER |
| S9S12B96F0CPVE |
| S9S12B96F0CPVER |
| S9S12C128F0MFUE |
| S9S12C128F0VFUE |
| S9S12C128F0VFUER |
| S9S12C128J2CFUE |
| S9S12C128J2CFUER |
| S9S12C128J2VFUE |
| S9S12C128J2VFUER |
| S9S12C32F1CFUE1 |
| S9S12C32F1CFUE1R |
| S9S12C64F0CFUE |
| S9S12C64F0CFUER |
| S9S12C64F0VFUE |
| S9S12C64F0VFUER |
| S9S12C64J2MFUE |
| S9S12C64J2VFUE |
| S9S12C64J2VFUER |
| S9S12C96F0CFUE |
| S9S12C96F0CFUER |
| S9S12C96F0MFUE |
| S9S12C96F0MFUER |
| S9S12C96F0VFUE |
| S9S12C96J2CFUE |
| S9S12C96J2CFUER |
| S9S12D32F0CFUE |
| S9S12D32F0MFUE |
| S9S12D64F0CFUE |
| S9S12D64F0CFUER |
| S9S12D64F0CPVE |
| S9S12D64F0CPVER |
| S9S12D64F0MFUE |
| S9S12D64F0MFUER |
| S9S12D64F0MPVE |
| S9S12D64F0MPVER |
| S9S12D64F0VFUE |
| S9S12D64F0VFUER |
| S9S12D64F0VPVE |
| S9S12D64F0VPVER |
| S9S12D64J4CFUE |
| S9S12D64J4CFUER |
| S9S12D64J4VFUE |
| S9S12D64J4VFUER |
| S9S12DB12F1CPVE |
| S9S12DB12F1CPVER |
| S9S12DB12F1MPVE |
| S9S12DB12F1MPVER |
| S9S12DB12F1VPVE |
| S9S12DB12F1VPVER |
| S9S12DG12F1CFUE |
| S9S12DG12F1CFUER |
| S9S12DG12F1CPVE |
| S9S12DG12F1CPVER |
| S9S12DG12F1MFUE |
| S9S12DG12F1MFUER |
| S9S12DG12F1MPVE |
| S9S12DG12F1MPVER |
| S9S12DG12F1VFUE |
| S9S12DG12F1VFUER |
| S9S12DG12F1VPVE |
| S9S12DG12F1VPVER |
| S9S12DG12J5CFUE |
| S9S12DG12J5CFUER |
| S9S12DG12J5CPVE |
| S9S12DG12J5CPVER |
| S9S12DG12J5MPVE |
| S9S12DG12J5VPVE |
| S9S12DG12J5VPVER |
| S9S12DG12W2CPVE |
| S9S12DG25F0CFUE |
| S9S12DG25F0CFUER |
| S9S12DG25F0CPVE |
| S9S12DG25F0CPVER |
| S9S12DG25F0MFUE |
| S9S12DG25F0MFUER |
| S9S12DG25F0MPVE |
| S9S12DG25F0MPVER |
| S9S12DG25F0VFUE |
| S9S12DG25F0VFUER |
| S9S12DG25F0VPVE |
| S9S12DG25F0VPVER |
| S9S12DG25J4CPVE |
| S9S12DG25J4CPVER |
| S9S12DG25J4VPVE |
| S9S12DJ12F1MPVE |
| S9S12DJ12F1MPVER |
| S9S12DJ12F1VFUE |
| S9S12DJ12F1VPVE |
| S9S12DJ12F1VPVER |
| S9S12DJ25F0MFUE |
| S9S12DJ25F0MFUER |
| S9S12DJ25F0VPVE |
| S9S12DJ64F0CFUE |
| S9S12DJ64F0CFUER |
| S9S12DJ64F0CPVE |
| S9S12DJ64F0CPVER |
| S9S12DT12F1CPVE |
| S9S12DT12F1CPVER |
| S9S12DT12F1MPVE |
| S9S12DT12F1MPVER |
| S9S12DT25F0CFUE |
| S9S12DT25F0CFUER |
| S9S12DT25F0CPVE |
| S9S12DT25F0CPVER |
| S9S12DT25F0MPVE |
| S9S12DT25F0MPVER |
| S9S12DT25J4MPVE |
| S9S12DT25J4MPVER |
| S9S12DT25J4VPVE |
| S9S12DT25J4VPVER |
| S9S12GC32F1CFUE |
| S9S12H128J1VFVE |
| S9S12H128J1VFVER |
| S9S12H128J1VPVE |
| S9S12H128J1VPVER |
| S9S12H128J2VFVE |
| S9S12H128J2VFVER |
| S9S12H256J1VFVE |
| S9S12H256J1VFVER |
| S9S12H256J1VPVE |
| S9S12H256J1VPVER |
| S9S12H256J2CFVE |
| S9S12H256J2VFVE |
| S9S12H256J2VFVER |
| S9S12HN64J3VAA |
| S9S12HZ128J3CAL |
| S9S12HZ128J3VAL |
| S9S12HZ128J3VALR |
| S9S12HZ256J3CAL |
| S9S12HZ256J3VAL |
| S9S12HZ256J3VALR |
| S9S12HZ64J3CAA |
| S9S12HZ64J3CAL |
| S9S12HZ64J3VAL |
| S9S12HZ64J3VALR |
| S9S12KG12J5CFUE |
| S9S12KG12J5CFUER |
| S9S12KG12J5VPVE |
| S9S12KG12J5VPVER |
| S9S12KG25J2MPVE |
| S9S12KG25J2MPVER |
| S9S12Q12F0MFUE1 |
| S9S12Q12F0MFUE1R |
| S9S12Q12F0VFUE1 |
| S9S12Q12F0VFUE1R |
| S9S12Q12J2VFUE1 |
| S9S12Q12J2VFUE1R |
| SC515840CFU |
Freescale Semiconductor announces the addition of Copper Wire as a wirebond material for the ATMC & TSMCFAB3/11 0.25um devices listed in this PCN.
FAB SITE
ASSY SITE
WIRE
LEADFRAME
DIE ATTACH
Original
New
Original
New
Original
New
ATMC
FSL-KLM
Au 25um
Cu 23um
X-Flag
Solid-Flag
Ablebond 8290 (Ablestik/Henkel)
CRM1064MBL (Sumitomo)
TSMCFAB3/11
FSL-KLM
Au 25um
Cu 23um
X-Flag
Solid-Flag
Ablebond 8290 (Ablestik/Henkel)
CRM1064MBL (Sumitomo)
The transfer from Gold to Copper wire is required to mitigate against raw material cost increases and for supply assurance.
The leadframe flag and die attach material change enables standardization and a robust Cu wirebond process.
Wire composition, die attach material, and Leadframe flag type are the only change to form. No Impact to fit or function. Reliability is equivalent or improved.
See attached qualification results.
See attached qualification results.
No change to datasheet. Electrical Distribution comparison, Gold wire versus Copper wire included in this notification. Result shows no difference in Electrical Distributions.
|
There is no change to orderable part number. The Tracecode marking on the device includes assembly site and datecode. Freescale will have traceability by assembly site and datecode. The table below provides sample part numbers: |
| LPN | Au Part Number | Cu Part Number | Package | Fab |
| Bluefin | S912XDP512F0CAL/R | K912XDP512F0VAL/R | LQFP 112 20*20*1.4P0.65 | ATMC |
| Bluefin | S912XDP512J1MAL/R | K912XDP512J1MAL/R | LQFP 112 20*20*1.4P0.65 | TSMC3 |
| Bluefin | S912XDP512J1VAG/R | K912XDP512J1VAG/R | LQFP 144 20*20*1.4P0.5 | TSMC3 |
| Bluefin | S912XDT512F0CAGR | K912XDT512F0CAGR | LQFP 144 20*20*1.4P0.5 | ATMC |
| Bluefin | S912XDP512F0CAAR | K912XDP512F0CAAR | QFP 80 14*14*2.2P0.65 | ATMC |
| Bluefin | S912XDP512J1CAA/R | K912XDP512J1CAA/R | QFP 80 14*14*2.2P0.65 | TSMC3 |
| Yellowfin | S912XDT256F1MAL/R | K912XDT256F1MAL/R | LQFP 112 20*20*1.4P0.65 | ATMC |
| Yellowfin | S912XD256F1VAG/R | K912XD256F1VAG/R | LQFP 144 20*20*1.4P0.5 | ATMC |
| Yellowfin | S912XDT256F1MAG/R | K912XDT256F1MAG/R | LQFP 144 20*20*1.4P0.5 | ATMC |
| Yellowfin | S912XD256F1VAA/R | K912XD256F1VAA/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Yellowfin | S912XDG256F1MAA/R | K912XDG256F1MAA/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Bonito | S912XD128F2VAL/R | K912XD128F2VAL/R | LQFP 112 20*20*1.4P0.65 | ATMC |
| Bonito | S912XDG128F2MAL | K912XDG128F2MAL | LQFP 112 20*20*1.4P0.65 | ATMC |
| Bonito | SP121003MALR | KP121003MALR | LQFP 112 20*20*1.4P0.65 | ATMC |
| Bonito | S912XD128F2MAA/R | K912XD128F2MAA/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Bonito | S912XD64F2MAA/R | K912XD64F2MAA/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Bonito | S912XDG128F2CAA/R | K912XDG128F2CAA/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Bonito | S912XDG128F2MAA/R | K912XDG128F2MAA/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Razorfish | S912XHZ512F1VALR | K912XHZ512F1VALR | LQFP 112 20*20*1.4P0.65 | ATMC |
| Razorfish | S912XHZ256F1VAG/R | K912XHZ256F1VAG/R | LQFP 144 20*20*1.4P0.5 | ATMC |
| Razorfish | S912XHZ512F1VAG | K912XHZ512F1VAG | LQFP 144 20*20*1.4P0.5 | ATMC |
| Barracuda4 | S9S12B256F0VPVER | K9S12B256F0VPVER | LQFP 112 20*20*1.4P0.65 | ATMC |
| Barracuda4 | S9S12DG25F0MPVE/R | K9S12DG25F0MPVE/R | LQFP 112 20*20*1.4P0.65 | ATMC |
| Barracuda4 | S9S12DG25F0VPVE/R | K9S12DG25F0VPVE/R | LQFP 112 20*20*1.4P0.65 | ATMC |
| Barracuda4 | S9S12DT25J4MPVER | K9S12DT25J4MPVER | LQFP 112 20*20*1.4P0.65 | TSMC3 |
| Barracuda4 | S9S12DG25F0MFUE/R | K9S12DG25F0MFUE/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Barracuda4 | S9S12DG25F0VFUE/R | K9S12DG25F0VFUE/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Barracuda4 | S9S12DJ25F0MFUER | K9S12DJ25F0MFUER | QFP 80 14*14*2.2P0.65 | ATMC |
| Barracuda4 | S9S12DT25F0CFUER | K9S12DT25F0CFUER | QFP 80 14*14*2.2P0.65 | ATMC |
| Marlin2 | S9S12DB12F1MPVE/R | K9S12DB12F1MPVE/R | LQFP 112 20*20*1.4P0.65 | ATMC |
| Marlin2 | S9S12DG12F1MPVE/R | K9S12DG12F1MPVE/R | LQFP 112 20*20*1.4P0.65 | ATMC |
| Marlin2 | S9S12DG12F1VPVE/R | K9S12DG12F1VPVE/R | LQFP 112 20*20*1.4P0.65 | ATMC |
| Marlin2 | S9S12DT12F1MPVE/R | K9S12DT12F1MPVE/R | LQFP 112 20*20*1.4P0.65 | ATMC |
| Marlin2 | SP101182VPVER | KP101182VPVER | LQFP 112 20*20*1.4P0.65 | ATMC |
| Marlin2 | SP114528CPVER | KP114528CPVER | LQFP 112 20*20*1.4P0.65 | ATMC |
| Marlin2 | S9S12DG12F1MFUE/R | K9S12DG12F1MFUE/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Marlin2 | S9S12DG12F1VFUE/R | K9S12DG12F1VFUE/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Marlin2 | S9S12DG12J5CFUER | K9S12DG12J5CFUER | QFP 80 14*14*2.2P0.65 | TSMC3 |
| Marlin2 | S9S12DG12W2CPVE | K9S12DG12W2CPVE | LQFP 112 20*20*1.4P0.65 | TSMC11 |
| Goldfish | S9S12GC32F1CFUE | K9S12GC32F1CFUE | QFP 80 14*14*2.2P0.65 | ATMC |
| Koi | S9S12C128F0VFUE/R | K9S12C128F0MFUE/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Koi | S9S12C128J2VFUE | K9S12C128J2VFUE | QFP 80 14*14*2.2P0.65 | TSMC3 |
| Koi | S9S12C64F0CFUER | K9S12C64F0CFUER | QFP 80 14*14*2.2P0.65 | ATMC |
| Koi | S9S12Q12F0MFUE1R | K9S12Q12F0MFUE1R | QFP 80 14*14*2.2P0.65 | ATMC |
| Koi | S9S12Q12J2VFUE1R | K9S12Q12J2VFUE1R | QFP 80 14*14*2.2P0.65 | TSMC3 |
| Lionfish | S9S12KG25J2MPVER | K9S12KG25J2MPVER | LQFP 112 20*20*1.4P0.65 | TSMC3 |
| Mako | S9S12H128J1VPVER | K9S12H128J1VPVER | LQFP 112 20*20*1.4P0.65 | TSMC3 |
| Mako | S9S12H128J2VFVE/R | K9S12H128J2VFVE/R | LQFP 144 20*20*1.4P0.5 | TSMC3 |
| Mako | S9S12H256J1VFVER | K9S12H256J1VFVER | LQFP 144 20*20*1.4P0.5 | TSMC3 |
| Sturgeon | S9S12B128F0MFUER | K9S12B128F0MFUER | QFP 80 14*14*2.2P0.65 | ATMC |
| Sturgeon | S9S12B128J3MFUE/R | K9S12B128J3MFUE/R | QFP 80 14*14*2.2P0.65 | TSMC3 |
| Swordfish | S9S12HZ256J3VAL/R | K9S12HZ256J3VAL/R | LQFP 112 20*20*1.4P0.65 | TSMC3 |
| Swordfish | S9S12HZ64J3VAL/R | K9S12HZ64J3VAL/R | LQFP 112 20*20*1.4P0.65 | TSMC3 |
| Swordfish | SP113776VALR | KP113776VALR | LQFP 112 20*20*1.4P0.65 | TSMC3 |
| Torpedo | S9S12D64F0MFUE/R | K9S12D64F0MFUE/R | QFP 80 14*14*2.2P0.65 | ATMC |
| Torpedo | S9S12D64J4VFUER | K9S12D64J4VFUER | QFP 80 14*14*2.2P0.65 | TSMC3 |
| Torpedo | S9S12D64F0MPVE/R | K9S12D64F0MPVE | LQFP 112 20*20*1.4P0.65 | ATMC |
| S08LG32 | S9S08LG32J0VLK | K9S08LG32J0VLK | LQFP 80 14*14*1.4P0.65 | TSMC3 |
| S908DZ128_Auto | S9S08DZ128F2VLL/R | K9S08DZ128F2VLL/R | LQFP 100 14*14*1.4P0.5 | ATMC |
| S908DZ128_Auto | S9S08DZ128F2MLL/R | K9S08DZ128F2MLL/R | LQFP 100 14*14*1.4P0.5 | ATMC |