201906034F01 : PF0100A and PF0200A C&I Product Assembly Site Expansion to NXP ATTJ

NXP Semiconductors announces the Assembly site expansion for the PF0100A and PF0200A Consumer and Industrial family devices associated with this notification from the current ASEKR Korea assembly site to the NXP ATTJ Tianjin China assembly site. With the assembly site expansion to ATTJ the opportunity is taken to update the product case outline document 98ASA00405D / SOT684-16:1. Optional view included for ATTJ lead frame Pin 1 identifier chamfered corner shape (current ASEKR Pin 1 identifier is radius circle). 2. Update package thickness from 0.9 - 0.8 to 1.0 - 0.8. This is a correction of the package thickness documentation only to reflect current production ASEKR / shipped material. Note there is no physical change no physical thickness increase to any PF0100A or PF0200A units sourced from ASEKR or ATTJ. Documentation correction only.Production part numbers remain the same no new part numbers for the new NXP ATTJ Tianjin QFN assembled material. See details below in Identification of Affected Products section.The assembly site expansion was successfully qualified adhering to NXP specifications.Updated case outline 98ASA00405D Rev D / SOT684-16 is attached and can be found at: https://www.nxp.com/docs/en/package-information/SOT684-16.pdfData sheets MMPF0100 and MMPF0200 will be updated to document the case outline revision change.Please see the attached files for additional details.

Reason of Change

Qualification of NXP ATTJ Tianjin China assembly site is required for manufacturing flexibility and customer supply assurance.

Identification of Affected Products

Product assembly site among other information is reflected in the part marking trace code. The trace code can be used to identify the assembly site for both ASEKR and ATTJ material. Please refer to the marking comparisons file in the change summary attachment. No change to orderable part numbers.

Anticipated Impact

Data sheet revision: A new datasheet will be issued

No impact on form fit function reliability or quality.

Affected Parts