D-Sub SlimLine Connectors

FCI Basics' D-Sub SlimLine connectors feature solderable retention pegs for vibration absorption and better co-planarity

Image of FCI Basics' D-Sub SlimLine ConnectorsFCI Basics has expanded its D-Sub connector line with a modified ultra-slim body, single-row contact version. These connectors are available both in SMT termination suitable for reflow soldering and solder tail version for standard wave soldering. They also feature solderable retention pegs that absorb vibration and have better co-planarity, ensuring higher quality.

Features
  • Ultra-slim design with single row contacts
  • Larger seating area of contact surface to SMT pad compared to other products
  • Co-planarity can be controlled during assembly
  • Solderable retention pegs
  • Unique design for riveting clinch nut to shell with foolproof torque and electrical continuity
  • Extra cover to hold contact firm to housing
  • SMT connector comes in tape and reel packaging
  • Mating interface follows DIN 41652 and MIL-C-24308 dimensional standards
  • Saves 66% of PCB board space
  • Contact of size 0.45 mm x 1.4 mm with firm soldering support
  • Ensures better product quality
  • Absorb vibration
  • Secured grounding
  • Strong retention between housing and contact
  • Support automated assembly and saves process time
  • Intermateable with standard connectors
Applications
  • Communications
  • Data
  • Consumer
  • Industrial and instrumentation
  • Medical
Updated: 2023-05-01

D-Sub SlimLine Connectors

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
CONN D-SUB PLG 9POS SMD R/A SLDRD09P71S6GA00LFCONN D-SUB PLG 9POS SMD R/A SLDR86 - Immediate$675.00View Details
CONN D-SUB PLG 9POS SMD R/A SLDRD09P71S6GX12LFCONN D-SUB PLG 9POS SMD R/A SLDR421 - Immediate$587.00View Details
CONN D-SUB PLG 9POS SMD R/A SLDRD09P71S6GL12LFCONN D-SUB PLG 9POS SMD R/A SLDR440 - Immediate$582.00View Details
CONN D-SUB PLG 9POS SMD R/A SLDRD09P71S6GA12LFCONN D-SUB PLG 9POS SMD R/A SLDR377 - Immediate$582.00View Details
Published: 2020-11-25