Intel Pentium 4 Processor 423 Pin Socket (PGA423) Design Guidelines

®
423 Pin Socket Design Guidelines
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to procure electrical test vehicles and required mechanical components from
Intel
®
.
6.9. Socket Qualification Notification:
Upon completion of the test plan, the test facility will prepare a summary report for the
socket supplier that will provide notification as to whether the socket has passed or failed.
A copy of the test report will be provided to Intel and the socket supplier.
6.10. Production Lot Definition:
A production lot is defined as a separate process run through the major operations
including molding, contact stamping, contact plating, and assembly. These lots should be
produced on separate shifts or days of the week. Lot identification marking needs to be
provided to Intel as verification of this process.
6.11. Socket Qualification:
The 423 Pin Socket must pass socket qualification testing to be considered for inclusion
on the Intel List of Qualified Sockets. The details of the tests are outlined in the Socket
Qualification Requirements in Sections 4 and 5.
6.11.1. Sample size per group:
(Shown at top of each test group in Table 3)
The socket supplier shall provide Intel with total number of sockets specified in
Table 3. Each sample shall be prepared in accordance to the documents specified
in Section 6.1.
6.11.2. Test Sequence:
Each group of samples is tested per the numbered sequence outlined in Table 3.
The following is an example of how the test sequence works: In Test Group 7,
the first test is (1), visual inspection, followed by test (2), solvent resistance.
Samples are tested in this test group, as outlined in Section 6.11.