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Single DB15HD Breakout Board, Standard Density DB15 Dual Breakout Boards, All Breakout Boards, DB15HD Breadboard Adapters, DB15HD Cables
General DescriptionThese breakout boards feature two DB15HD connectors (high density, 3 rows of pins). The two connectors (one male, one female) are wired 1:1 (pin 1 to pin 1), and all pins are brought out to screw terminals for easy connection. In addition, the shield (connector shell) is brought to a screw terminal as well. The two connectors allow the board to be easily inserted "in-line" with an existing connection, allowing signals to pass through while being monitored. It is also very convenient for "daisy-chaining" equipment.In addition to the screw terminal connection, each pin is also brought to solder pads (5 per pin) spaced on 0.1" centers, allowing easy addition of standard pin headers. Please note that the breakout boards are manufactured with a connection between each connector pin and the corresponding screw terminal; no soldering of any type is necessary. The solder pads simply provide an area for making optional connections to headers or other components. These break out boards are perfect for experimentation, prototype work, troubleshooting, educational labs, or permanent installations. They are well-suited for work with I/O cards, CNC equipment, and any other device that uses a DB-15HD connector. A breakout board is sometimes referred to as a "transition module", "terminal board", or "interface module". For mounting on a panel, we suggest the rubber feet version (-FT), 1/4" nylon standoffs under the mounting holes, and #6 screws. DIN Rail Mount VersionThese products are also available with DIN rail mounting clips for quick and convenient mounting where DIN rail is used. Product numbers ending with -DIN come with DIN clips already installed and ready to mount. The clips allow mounting on standard 35mm rail as well as 32mm rail.
Pricing and Ordering
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.
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© 2012 Winford Engineering, LLC; 4169 Four Mile Road; Bay City, Michigan 48706; USA |