Description: SchmalzTech, LLC ST-DB25-F-R-FT Female DB25 Breakout Board w/ Feet Breaks out all 25 contacts + shieldScrew terminals for fast connectionsPrototyping area for in-circuit modificationsEasy access for probing and debuggingRubber feet provide a stable base Specifications Wire Range (stranded)16-24 AWG Wire Range (solid)16-24 AWG ConnectorDB25 - Female PCB Surface FinishLF HASL Temperature Rating-15°C to +70°C This female DB25 breakout board provides a convenient method of accessing all the contacts of a 25 pin D-Sub connector. Each of the 25 connections as well as the shield are brought out to a screw terminal for fast and secure termination to wires. This board also features a prototyping area to enable in-circuit modifications as well as easy probing/diagnostics. The prototyping grid has a standard 0.1" pattern to enable compatibility with a variety of components. The rubber feet on this model provide clearance for the connections on the bottom making it perfect for a lab environment where it can be placed directly on a bench. Mechanical Drawings Electrical Connections Each pin of the DB25 connector is electrically connected to a single row of the prototyping area and to one screw terminal. The pads of the prototyping area have a standard 0.1" pitch. Custom Designs Can't find what you need? We can design and produce a custom board to fit your exact needs. Please reach out to us for additional information and pricing. © 2024 SchmalzTech, LLC
Price: 19.99 USD
Location: Muscatine, Iowa
End Time: 2025-01-16T13:46:45.000Z
Shipping Cost: 4.49 USD
Product Images
Item Specifics
Return shipping will be paid by: Seller
All returns accepted: Returns Accepted
Item must be returned within: 30 Days
Refund will be given as: Money back or replacement (buyer's choice)
Mounting Style: Stand Alone
Brand: SchmalzTech
PCB Type: Double-Sided PCB
Number of Rows: 26
Type: DB25 Breakout
Number of Tie-Points: 130
Material: FR-4
MPN: ST-DB25-F-R-FT
Item Length: 2.23 in
Item Width: 4.8 in
California Prop 65 Warning: Cancer and Reproductive Harm.
