D38999/24WB35SN Amphenol, D38999/24WB35SN Datasheet - Page 53
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D38999/24WB35SN
Manufacturer Part Number
D38999/24WB35SN
Description
Circular MIL / Spec Connectors RCPT JAM NUT 13POS W/SOCKET
Manufacturer
Amphenol
Type
MIL-DTL38999 Circulrr
Series
38999 Seriesr
Datasheet
1.D3899924WB35SN.pdf
(53 pages)
Specifications of D38999/24WB35SN
Contact Gender
SKT
Gender
RCP
Number Of Contacts
13POS
Shell Size / Insert Arrangement
11-35
Mounting Style
Jam Nut
Termination Method
Crimp
Shell Plating
Olive Drab Cadmium
Contact Plating
Gold
Body Orientation
Straight
Strain Relief
No
Contact Classification
13Signal
Operating Temp Range
-65C to 200C
Product Diameter (mm)
35.2mm
Product Length (mm)
31.72mm
Product Depth (mm)
31.75mm
Product Height (mm)
31.75mm
Mil Type
MIL-DTL-38999 III
Product Type
Connectors
Contact Style
Socket (Female)
Shell Style
Receptacle
Shell Size
11
Insert Arrangement
11-35
Mating Style
Threaded
Lead Free Status / RoHS Status
Not Compliant
Tri-Start – specials
deep reach and stand-off shells, connectors with
integral strain reliefs, ESD protection, RJ Field
OTHER SPECIALS WITHIN THE
TRI-START FAMILY OF CONNECTORS:
•
• Stand-off Flange Shells – for attachment to
• Connectors with Integral Strain Reliefs –
• Electrostatic Discharge (ESD) Protection –
RJ FIELD CONNECTORS
Amphenol Socapex offers the RJF TV within the
MIL-DTL-38999 connector shell for Ethernet
connection. The RJ Field is designed for use
where it is necessary to go beyond the pro-
tected office environment of most Ethernet
applications, to the harsher environments of
industrial and even mil-aero applications. Allows
use of Ethernet Class D/Cat. 5e connection for
10 BaseT, 100 BaseTX, or 1000 Base T
networks.
Consult Amphenol Socapex for further informa-
tion.
Deep Reach Shells – for increased panel
thicknesses.
printed circuit boards
cost savings through integration of strain relef
to the shell.
Amphenol has developed a design feature for
the Tri-Start connector which will protect
sensitive components from Electrostatic
Discharge without diodes, varistors, gas
tubes, or “experimental” semiconductive
materials. These connectors utilize the
Faraday Cage principal to shunt electrostatic
discharge events to the conductive enclosure
on which the connector is mounted, thus
never allowing the high voltage, high current
discharge event to reside on any contacts.
The ESD protected connectors have the same
physical envelope as their standard counter-
parts, and do not require special mounting or
terminating techniques. All of the contacts
remain fully functional, and electrical charac-
teristics such as capacitance are not effected.
For more information on ESD protected
connectors, ask for Product Data Sheet 171.
Also publication L-2075, “ESD Attenuation
Test Procedure for Connectors with Faraday
Cage Protective Structures” is available as a
reference document.
Electrostatic Discharge (ESD) Testing
Tri-Start with Integral Strain Relief
RJF TV Connectors for Ethernet Connection
on Tri-Start Filter Connector
51
Tri-Start with Stand-off Flange
Tri-Start Jam Nut Receptacle
with Deep Reach Shell