Multi Layered Ceramics RoHS Compliance Worksheet
Series or Type	Description or Photo	RoHS Compliance Identification on Device	Termination Finish	PB Free	RoHS Compliant	Compliant Part Number	Package Marking	Date Compliant	Moisture Sensitivity Level (IPC/JEDEC J-STD-020C)	Soldering Conditions (Temp/Time)	Notes
MLLC (Multi-Layer Ceramic)
M15, M20, M22, M30, M40, M50	RADIAL	N	Ö (see remark 1)  100% Matte Sn Plating	<1000 PPM	Y	ADD '-F'	Per JESD97	Jan. 2006	N/A	260° C / 20 sec.
M60		N	SN 100%	N	Y	ADD '-F'	N/A	Jan. 2005	N/A	260° C / 10 sec.	(<1000 ppm Pb)
P10	AXIAL	N	Ö (see remark 2)  100% Matt Sn	<1000 PPM	Y	ADD '-F'	Per JESD97	Jan. 2006	N/A	260° C / 20 sec.	(see remark 1)
P12, P20, P30, P40	AXIAL	N	Ö (see remark 1)  100% Matte Sn Plating	N	Y	ADD '-F'	Per JESD97	Jan. 2006	N/A	260° C / 20 sec.	(see remark 1)
CK12, CK13, CK14, CK15, CK16		N		N	N	N/A	N/A	N/A	N/A	245° C / 5 sec	No current plans
CKR12, CKR13, CKR14, CKR15, CKR16		N		N	N	N/A	N/A	N/A	N/A	245° C / 5 sec	No current plans
CK05 CK06	Radial Leaded	N/A	SnPb	N	N	N/A	N/A	N/A		260 º 10 s	No plans to
	X7R Ceramic								N/A		make compliant
	Molded
C04, C06, C08, C12	CHIPS	N	Ö (see remark 2)  100% Matt Sn	Ö (see remark 2)	Ö (see remark 2)	N/A	Per JESD97	Now	N/A	260° C / 20 sec.	(see remark 2)
KEY:
REMARK 1:
This product contains a high-lead-content solder used for internal lead attach that is exempted by RoHS. Terminations are 100% Pb-Free (100% Matte Sn Plating)
REMARK 2:
All ceramic SMD products have 100% Matte Sn termination finish. All X5R, high CV X7R (10 nF and higher), Y5V and Z5U products are totally lead free. Low CV X7R (less than 10nF) and all COG products do have a small percentage of lead content located in the fired Ceramic Matrix (Dielectric) which exempted per Annex 1 of RoHS. CDE has total lead elimination plans for these products that will be in place well ahead Jan. 2006
2/24/2010
To the best of our knowledge, the information provided on the enclosed is correct as of the date indicated on the document.  Since some of the information is provided by the acceptance of data from sources outside of Cornell Dubilier Electronics, we can not guarantee that all is complete and accurate.