This breakout board contains a 50-pin Mini D Ribbon (MDR) Female connector. Each of the 50 connector pins is brought out to screw terminal blocks, allowing connections to be made easily. Each pin is also brought to solder pads (2 per pin) at 0.1" spacing, allowing easy addition of 0.1" pin headers or other components. Please note that the breakout boards are manufactured with a connection between each connector pin and the corresponding terminal block position; no soldering of any type is necessary. The solder pads simply provide an area for making optional connections to additional headers or other components.
These break out boards are perfect for experimentation and prototype work, as well as for use in permanent installations. They are well-suited for interfacing with data acquisition equipment or any other devices that use a Mini D Ribbon connector. A breakout board is sometimes referred to as a "transition module", "terminal board", "terminal block", "breakout box", "breakout adapter", "terminator", or "interface module".
The Mini Delta Ribbon (MDR) series of connectors provides a compact arrangement of durable sliding 'ribbon' contacts. The high contact density and good performance at high speeds have yielded many applications for this connector type. These are 'half-pitch' connectors, meaning that the contact spacing is tighter than full-size Centronics connectors, such as those used on our BRKDC36F or BRKDC50F breakout boards. The 'half-pitch' connectors utilize contacts on 0.05" centers.
Winford Engineering currently utilizes MDR connectors from 3M™ on these breakout boards; connector details are listed below.
|MDR Connector Details|
|Mfg. Part #||Right Angle: 10250-55F3PC |
|Threaded Inserts||Right Angle: M2.6 thread |
Vertical: M2.5 thread
|Jack Sockets||Not Included|
Note: Other threaded insert options are available. Please contact Winford Engineering to discuss any needs you have.
|Part #||Description||PDF Drawing||DWG Drawing||IGES Model||STEP Model||Document|
|BRKARMC50F-R6-DIN||50-Pin MDR Female Right Angle Connector, DIN Mount|
|BRKARMC50F-R6-FT||50-Pin MDR Female Right Angle Connector, Rubber Feet|
|BRKARMC50F-S-DIN||50-Pin MDR Female Straight Connector, DIN Mount|
|BRKARMC50F-S-FT||50-Pin MDR Female Straight Connector, Rubber Feet|
|Connector Guide||Which connector do I have? Consult this helpful identification guide.|
This breakout board is general-purpose in nature and useful when interfacing to a variety of equipment. The servo drive / servo controller market often uses the 50-pin MDR connector to interface to other equipment. This breakout board is designed to work with this type of system to split out I/O signals for connection to other equipment. Servo equipment with the 50-pin MDR connector includes, but is not limited to, the following:
Some equipment vendors offer breakout modules and cables to accommodate convenient wiring for their equipment. Others offer a cable with a 50-pin MDR connector on one end and wire pigtails on the other end. (One such example is the Mitsubishi MR-J3CCN1CBL cable.) Winford Engineering's MDR breakout boards are intended as an alternative option, terminating the equipment I/O pins on a convenient, compact breakout board.
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Pricing and Ordering
|Product #||Description||1+||10+||RoHS||Buy Now|
Mini D Ribbon 50-Pin Right Angle Connector:
|BRKARMC50F-R6-DIN||Mini Centronics/MDR 50-Pin Female Breakout Board, R/A Connector, M2.6 Thread, DIN Rail Mount||$61.50||$55.00||Yes|
|BRKARMC50F-R6-FT||Mini Centronics/MDR 50-Pin Female Breakout Board, R/A Connector, M2.6 Thread, Feet||$60.00||$53.50||Yes|
Mini D Ribbon 50-Pin Straight Connector:
|BRKARMC50F-S-DIN||Mini Centronics/MDR 50-Pin Female Breakout Board, Straight Connector, M2.5 Thread, DIN Rail Mount||$61.50||$55.00||Yes|
|BRKARMC50F-S-FT||Mini Centronics/MDR 50-Pin Female Breakout Board, Straight Connector, M2.5 Thread, Feet||$60.00||$53.50||Yes|
All of the above items are normally stocked. Please call us if you need to verify availability for a specific quantity, or for pricing at higher quantities. Please visit our ordering page for our ordering policies and a list of ordering methods.