MS27467T11B2S-LC Amphenol, MS27467T11B2S-LC Datasheet - Page 50

• Manufacturer Part Number: MS27467T11B2S-LC
• Description: CIRCULAR CONN PLUG, SIZE 11, 2POS, CABLE
• Manufacturer: Amphenol

Specifications of MS27467T11B2S-LC

• Connector Type: Circular Military
• Connector Body Material: Aluminum
• Gender: Plug
• Contact Gender: Socket
• Connector Mounting: Cable
• Connector Shell Size: 11
• Insert Arrangement: 11-2
• Rohs Compliant: No

Mounts to all MIL-DTL-38999 and
MIL-C-26482 Connectors
The use of connectors with printed circuit
termination is rapidly gaining popularity due
to the rise of high volume, vapor phase or
wave solder manufacturing processes. Ter-
mination of this style of connector to flex print
or a printed circuit board represents a major
cost in the manufacturing process for users.
When adding flex or printed circuit board as-
semblies to an expensive filter or filter/tran-
sient protection connector, the total cost of
a failed solder joint, a bent pin, or an unan-
ticipated electrical failure becomes prohibitive. The universal header assembly
from Amphenol will provide for easy separation of the connector from the board
on these occasions.
Header Assemblies Provide Cost Savings
Incorporation of the header assembly provides the user with time and cost
saving potentials. These header assemblies can be vapor phase or wave sol-
dered to flex or printed circuit boards prior to the receipt of the EMI/EMP con-
nector. Headers can be installed to standard connectors, allowing for electrical
testing that would adversely affect the sensitive diodes, MOV’s or capacitors in
the EMI/EMP connectors. Expensive connector assemblies can be easily re-
moved from and reattached to the header assembly as the manufacturing pro-
cess dictates.
Mounting Applications
Shell modifications are recommended, but are not necessary. The header as-
sembly can be attached to connectors with standard flange placement or di-
rectly to the circuit board. The ideal application would involve either a single
flange moved all the way to the rear of the connector or a double flange. Cinch
nuts can be installed in either flange to allow easier mounting to the panel or
the header assembly. The forward flange would mount the connector to the
panel; the rear flange would be used to mount the header assembly. Various
types of captivated or loose attaching screws can be utilized for unique applica-
tions.
Amphenol universal headers are slotted to allow mounting to all series of MIL-
DTL-38999 or MIL-C-26482 connectors without special alterations. They are of
similar dimension as the flange of the mounting connector and would be ap-
proximately .185 inches (4.70 mm) thick.
Incorporates a Shorter Pin/Socket Contact
The heart of the header assembly is a short pin/socket contact. The tail of the
contact would accommodate standard through-hole diameters and thickness
of the flex or printed circuit board materials. The socket is imbedded in the
molded material, making electrical engagement with the printed circuit tail of
the connector.
JT/LJT
universal “header assembly” for flex print or
PC board mounting
– accessories
48
Cylindrical Configuration
• 3 PCB stickout dimensions are available.
• Size 22D contacts use .175 thick headers
• Size 16 to 20 contacts use .195 thick
• Consult Amphenol, Sidney NY for additional
• Headers for cylindrical connectors accom-
Mounting to Rectangular ARINC
Connectors
• Headers for ARINC connector arrange-
• Consult Amphenol, Sidney, NY for ARINC
Materials
• Body is molded from Torlon or PPS
• Electrical engagement areas of the header
headers
configurations.
modate up to 128 pins. See pages 4-11 for
JT/LJT mating connector contact layouts.
Also see catalog 12-092 for MIL-DTL-
38999, Series III mating contact layouts and
catalog 12-070 for MIL-C-26482 mating
contact layouts.
ments accommodate up to 150 pins
configurations and detailed dimensions.
(Polyphenylene Sulfide)
contact are plated with .00003 inches
minimum of gold over .00005 inches
minimum of nickel.
Headers provide easy
separation of the
connector from the PC
board.