CFC-1-50M big webPIC

CFC-1 Valcon Type 1 Surface Mount Compact Flash Card Socket – Standard & Reverse Type (CFC1)

From: £0.98
Copied to clipboard
  • Compact Flash Type 1 SMT socket for secure, high-speed memory connections
  • Designed for embedded systems, industrial computing, and consumer electronics
  • Reinforced card retention mechanism for stable signal transmission
  • High durability with a rated 10,000+ insertion cycles
  • Surface mount technology (SMT) for high-volume PCB assembly
  • Reverse Type Available – Special Offer While Stocks Last!
  • RoHS & REACH compliant
Part No. Stock Qty 30+ 120+ 600+ 1020+ Qty
CFC-1-50-M-R
Reversed Type 30pcs P/Tray
916 in stock £0.98£0.98£0.98£0.98
When ordering more than in stock, please contact us to confirm pricing and delivery time.
There was a problem adding this item to the cart. Please contact us on the above number to order.

* Delivery times are from point of order and subject to material availability.

* When ordering more than in stock, please contact us to confirm pricing and delivery time

* Need help or more stock/delivery information or volume pricing - Please contact us

  • Technical Specification
  • More Info

Mounting Style: Surface Mount Technology (SMT)

Card Compatibility: Compact Flash Type 1

Insertion Cycles: 10,000+

Operating Temperature: -40°C to +85°C

Materials:

Contact Material: Copper alloy, gold-plated

Housing: High-temp thermoplastic (UL94V-0)

Compliance: RoHS, REACH

Special Version: Reverse Type (Obsolete – Special Offer!)

The Valcon CFC-1 Compact Flash Card Socket is engineered for high-reliability applications where data integrity and durability are critical. Its precision-molded housing ensures a secure fit, while the gold-plated contacts provide excellent conductivity and wear resistance.

Reverse Type – Special Offer!

The reverse mount version of the CFC-1 Compact Flash Socket is being phased out and available at a discounted price while stocks last. Ideal for cost-sensitive designs or last-time-buy needs, this version provides the same reliable performance in a different PCB layout configuration.