From RS PRO a durable high density, high-performance Micro-D D-Sub connector designed for use in rugged and demanding environments
The metal shell of this connector provides both EMI ; RFI shielding
This d-sub also features an interfacial seal which offers protection to the contacts against moisture and humidity
This D-sub connector has a compact design with a contact pitch of just 1.27mm which means it is ideal for use in applications where weight and space need to be kept at a minimum
A Micro-D connector is derived from the D-Sub connector and is also known as a microminiature D and is smaller and about half the length of the subminiature version
This connector has the same D-shaped metal shield the d-subminiature which provides mechanical support
The D-shape also ensures the correct orientation whenmAted and improves installation reliability
These microminiature D connectors are available as female D-sub sockets （or d-sub receptacles） with female contacts ormAle D-sub plugs withmAle pin contacts
The socket style female connectormAtes with the plug stylemAle connector
Please note that a D-sub with a plastic shell cannot bemAted with a D-sub with a metal shell
Features and Benefits
Durable and rugged design Reliable with a high performance Lightweight with a compact space-saving high-density design Rugged aluminium shell for extra strength and EMI/RFI shielding Interface seal isolates contacts from one another and protects them against moisture and humidity Gold plated pin and receptacle contacts provide resistance to shock and vibration Flanges on either side of the shell for screw mounting to a panel Solder cups for simple wire termination
Applications
This highly reliable d-sub connector with its robust and compact design can be used within rugged industrial and commercial environments
Applications for these D-sub plugs and sockets include the following：
Networking and communications equipment Data processing equipment Sensors and data loggers Industrial and medical equipment Portable electric generation equipment Aircraft and Spacecraft applications
Frequently Asked Questions
How do you terminate the wires into the connector?
These d-subs feature solder cups which are hollow cup-like cavities into which the wire is inserted and secured by soldering
FirstlymAke sure the connector is held securely while working on it
Strip the ends of each wire using the depth of solder cups to gauge how much insulation you need to remove
Tin the exposed wire strands with a soldering iron and partially fill the solder cup with solder
Apply a soldering iron to the edge of the cup allowing the solder to melt
Insert the end of the tinned wire into the solder cup and hold it in place until the solder becomes solid
If the wire gauge is large enough to support itself in the cup place it in the cup and feed in the solder whilst applying the soldering iron to the back of the cup
How do you mount these connectors?
These d-subs are designed to be panel mounted
A hole is cut in the panel which is determined by the panel cut-out dimensions of the plug or socket
Two mounting flanges either side of the connector incorporate mounting holes
Holes are drilled into the panel to align with these mounting holes
The connector is then inserted into the panel cut-out and secured in place by inserting screws through the holes in both the connector and panel.
