AEC Q100.docx
《AEC Q100.docx》由会员分享,可在线阅读,更多相关《AEC Q100.docx(15页珍藏版)》请在冰点文库上搜索。
AECQ100
Automotive Electronics Council
Page 1 of
3
Appendix 2:
Q100 Certification of Design, Construction and Qualification
Supplier Name:
Date:
The following information is required to identify a device that has met the requirements of AEC-Q100. Submission of the
required data in the format shown below is optional.
All
entries
must
be
completed;
if
a
particular
item
does
not
apply, enter "Not Applicable".
This template can be downloaded from the AEC website at .
This template is available as a stand-alone document.
Item Name
Supplier Response
1.
User’s Part Number:
2.
Supplier’s Part Number/Data Sheet:
3.
Device Description:
4.
Wafer/Die Fab Location & Process ID:
a.
Facility name/plant #:
b.
Street address:
c.
Country:
5.
Wafer Probe Location:
a.
Facility name/plant #:
b.
Street address:
c.
Country:
6.
Assembly Location & Process ID:
a.
Facility name/plant #:
b.
Street address:
c.
Country:
7.
Final Quality Control A (Test) Location:
a.
Facility name/plant #:
b.
Street address:
c.
Country:
8.
Wafer/Die:
a.
Wafer size:
b.
Die family:
c.
Die mask set revision & name:
d.
Die photo:
See attached
Not available
9.
Wafer/Die Technology Description:
a.
Wafer/Die process technology:
b.
Die channel length:
c.
Die gate length:
d.
Die supplier process ID (Mask #):
e.
Number of transistors or gates:
f.
Number of mask steps:
10.
Die Dimensions:
a.
Die width:
b.
Die length:
c.
Die thickness (finished):
11.
Die Metallization:
a.
Die metallization material(s):
b.
Number of layers:
c.
Thickness (per layer):
d.
% of alloys (if present):
12.
Die Passivation:
a.
Number of passivation layers:
b.
Die passivation material(s):
c.
Thickness(es) & tolerances:
13.
Die Overcoat Material (e.g., Polyimide):
AEC - Q100 - Rev G
May 14, 2007
Component Technical Committee
Automotive Electronics Council
Page 2 of
3
14.
Die Cross-Section Photo/Drawing:
See attached
Not available
15.
Die Prep Backside:
a.
Die prep method:
b.
Die metallization:
c.
Thickness(es) & tolerances:
16.
Die Separation Method:
a.
Kerf width (
μ
m):
b.
Kerf depth (if not 100% saw):
c.
Saw method:
Single
Dual
17.
Die Attach:
a.
Die attach material ID:
b.
Die attach method:
c.
Die placement diagram:
See attached
Not available
18.
Package:
a.
Type of package (e.g., plastic, ceramic,
unpackaged):
b.
Ball/lead count:
c.
JEDEC designation (e.g., MS029,
MS034, etc.):
d.
Lead (Pb) free (< 0.1% homogenous
material):
e.
Package outline drawing:
Yes
No
See attached
Not available
19.
Mold Compound:
a.
Mold compound supplier & ID:
b.
Mold compound type:
c.
Flammability rating:
d.
Fire Retardant type/composition:
e.
Tg (glass transition temperature)(
︒
C):
f.
CTE (above & below Tg)(ppm/
︒
C):
UL 94 V1
UL 94 V0
CTE1 (above Tg) =
CTE2 (below Tg) =
20.
Wire Bond:
a.
Wire bond material:
b.
Wire bond diameter (mils):
c.
Type of wire bond at die:
d.
Type of wire bond at leadframe:
e.
Wire bonding diagram:
See attached
Not available
21.
Leadframe (if applicable):
a.
Paddle/flag material:
b.
Paddle/flag width (mils):
c.
Paddle/flag length (mils):
d.
Paddle/flag plating composition:
e.
Paddle/flag plating thickness (
μ
inch):
f.
Leadframe material:
g.
Leadframe bonding plating composition:
h.
Leadframe bonding plating thickness
(
μ
inch):
i.
External lead plating composition:
j.
External lead plating thickness (
μ
inch):
22.
Substrate (if applicable):
a.
Substrate material (e.g., FR5, BT, etc.):
b.
Substrate thickness (mm):
c.
Number of substrate metal layers:
d.
Plating composition of ball solderable
surface:
e.
Panel singulation method:
f.
Solder ball composition:
g.
Solder ball diameter (mils):
AEC - Q100 - Rev G
May 14, 2007
Component Technical Committee
Automotive Electronics Council
Page 3 of
3
23.
Unpackaged Die (if not packaged):
a.
Under Bump Metallurgy (UBM)
composition:
b.
Thickness of UBM metal:
c.
Bump composition:
d.
Bump size:
24.
Header Material (if applicable):
25.
Thermal Resistance:
a.
θ
JA
︒
C/W (approx):
b.
θ
JC
︒
C/W (approx):
c.
Special thermal dissipation construction
techniques:
26.
Test circuits, bias levels, & operational
conditions imposed during the supplier’s life
and environmental tests:
See attached
Not available
27.
Fault Grade Coverage (%)
%
Not digital circuitry
28.
Maximum Process Exposure Conditions:
a.
MSL @ rated SnPb temperature:
b.
MSL @ rated Pb-free temperature:
c.
Maximum dwell time @ maximum
process temperature:
* Note:
Temperatures are as measured on the center of
the plastic package body top surface.
at
︒
C (SnPb)
at
︒
C (Pb-free)
Attachments:
Requirements:
Die Photo
1. A separate Certification of Design, Construction &
Qualification must be submitted for each P/N, wafer fab,
and assembly location.
Package Outline Drawing
Die Cross-Section Photo/Drawing
Wire Bonding Diagram
2. Certification of Design, Construction & Qualification
shall be signed by the responsible individual at the
supplier who can verify the above information is
accurate and complete. Type/Print name and sign
below.
Die Placement Diagram
Test Circuits, Bias Levels, &
Conditions
Completed by:
Date:
Certified by:
Date:
Typed or
Printed:
Signature: