myMectronic
myMectronic

A Premier B2B Part Search

AMPHENOL COMMUNICATIONS SOLUTIONS 68016103HLF Unshrouded Headers

BergStik 2.54mm unshrouded headers are versatile connectors designed for surface-mount (SMT), through-hole (THT), press-fit, stacking, and pin-in-paste applications. Available in single and double row configurations with straight or right-angle options, these headers support high current ratings of 3A per contact and are suitable for flexible PCB design, mezzanine stacking, and industrial automation. Made from high temperature thermoplastic with gold or tin plating over nickel, they comply with RoHS standards and withstand operating temperatures from -65°C to +125°C, ensuring durability and reliable electrical performance across various environments.

Authorized Distributors
Source:Newark
Part No:68016-103HLF
Stock:1865
Inv Date:06-01-2026
Price: Unit price: $0.122
Buy/RFQ:
Source:DigiKey
Part No:68016-103HLF
Stock:2509
Inv Date:06-01-2026
Price: Unit price: $0.41
Buy/RFQ:
Part No:68016-103HLF
Stock:4600
Inv Date:06-02-2026
Price: Unit price: $0.41
Buy/RFQ:
Part No:68016103HLF
Stock:0
Inv Date:06-01-2026
Price: Unit price: $0.2
Buy/RFQ:
Part No:68016-103HLF
Stock:1865
Inv Date:06-01-2026
Price: Unit price: $0.2143
Buy/RFQ:
Part No:68016-103HLF
Stock:35
Inv Date:05-30-2026
Price: Unit price: $0.2738
Buy/RFQ:
Part No:68016-103HLF
Stock:105
Inv Date:05-30-2026
Price: Unit price: $0.2738
Buy/RFQ:
Part No:68016-103HLF
Stock:1865
Inv Date:06-01-2026
Price: Unit price: $0.2143
Buy/RFQ:
Part No:68016-103HLF
Stock:1231
Inv Date:06-01-2026
Price: Unit price: $0.248
Buy/RFQ:
Authorized Distributors
Part No:68016-103HLF
Stock:4
Inv Date:06-02-2026
Price: N/A
Buy/RFQ:

AMPHENOL COMMUNICATIONS SOLUTIONS 68016103HLF Unshrouded Headers Specifications:

  • Housing: High temperature thermoplastic, Black
  • Flammability Rating: UL94V-0
  • Pin Material: Phosphor-bronze
  • Plating: Gold or Tin over 1.27mm Nickel
  • Current Rating: 3A per contact
  • Insulation Resistance: 5000MQ min
  • Dielectric Withstanding Voltage: 1500V
  • Operating Temperature: -65°C to +125°C
  • Retention Force: 9N min.
  • Compatible with wave, vapor-phase, and IR reflow soldering processes
  • RoHS compliant according to EU Directive 2002/95/IEC
  • Packaging: Bags, optional tape-and-reel with pickup cap, or tubes for SMT
  • Configuration: Single and double row, straight or right angle, from 2 to 72 positions
  • Physical Dimensions: Standard length varies based on number of positions, e.g., 0.76mm (30 pins), 0.38mm (15 pins), with industry-standard layouts

Buy the Fci Series BergStik 2.54MM Unshrouded Headers: 68016103HLF

Enhance your electronic assemblies with Fci BergStik 2.54mm unshrouded headers, offering versatile SMT, THT, stacking, and pin-in-paste options. These high-quality connectors feature a robust thermoplastic housing with gold or tin plating over nickel for excellent electrical conductivity and durability. Supports currents up to 3A per contact and withstands temperatures from -65°C to +125°C. Designed for easy handling, with optional tape and reel packaging for automated processes, these headers ensure reliable connections in industrial, automation, and consumer electronic applications. Shop online today for efficient, high-performance terminal solutions.

Order your Fci Series BergStik 2.54MM Unshrouded Headers 68016103HLF today and give your PCB designs reliable and flexible interconnect solutions.

Frequently Asked Questions

Where can I buy AMPHENOL COMMUNICATIONS SOLUTIONS 68016103HLF?

You can click on the BUY or RFQ button to purchase 68016103HLF from an authorized AMPHENOL COMMUNICATIONS SOLUTIONS distributor.

How do I troubleshoot issues or seek technical support for part 68016103HLF?

You can download the 68016103HLF datasheet or visit the AMPHENOL COMMUNICATIONS SOLUTIONS website for support.

Who is the manufacturer of 68016103HLF?

AMPHENOL COMMUNICATIONS SOLUTIONS

AMPHENOL COMMUNICATIONS SOLUTIONS Part List

Browse and search other AMPHENOL COMMUNICATIONS SOLUTIONS parts, locate datasheets and stock

Sponsored by