Overview of 67997-410HLF by Amphenol Communications Solutions
The 67997-410HLF is a BergStik® board-to-board connector manufactured by Amphenol Communications Solutions. It features an unshrouded vertical header designed for through-hole mounting. This connector is configured with a double row of 10 positions, and it has a pitch of 2.54 mm (0.100 in). The design specifications lend themselves well to various applications where connectivity between printed circuit boards (PCBs) is necessary.
Key characteristics of the 67997-410HLF include:
- Pin Count: 10
- Body Dimensions: Length of 0.5 inches, Width of 0.19 inches, and Depth of 0.1 inches
- Operating Temperature Range: -65 °C to +130 °C
- Contact Material: Phosphor Bronze
- Contact Finish: Tin over Nickel
- Mounting Style: Straight with locking option
- Insulator Material: Polyethylene
- Rated Current: 5 A (Signal)
This connector is lead-free and compliant with both the RoHS and REACH regulations, making it suitable for environmentally-conscious design considerations. The part is currently active in the market, ensuring availability for various engineering projects.
Industry Applications for 67997-410HLF
The 67997-410HLF might find applications across several industries due to its versatile design and specifications. Here are some potential use cases:
- Energy and Power Systems: This connector could be used in power management systems and energy monitoring applications, where reliable board-to-board connections are crucial. Its resistance to high temperatures may support environments like power distribution boards.
- Transportation and Logistics: The connector may be involved in systems such as fleet management devices or tracking equipment installed in vehicles. Its lightweight yet robust design might facilitate portability while ensuring solid connectivity under various conditions.
- Automotive: If the part complies with automotive standards such as AEC-Q100 or AEC-Q101, it might be applicable in automotive electronic modules, including infotainment systems or advanced driver-assistance systems (ADAS). The connector’s rated current could support power transmission in such systems. Note: Check for the mentioned standards for precise application.
- Renewable Energy: The ability of this part to withstand significant temperature variations may make it suitable for solar inverters and wind turbine control systems where stable connections between boards are necessary.
It’s important to note that these potential industry applications are only conceptual and illustrative, and they require thorough analysis and verification by engineering and design teams for adherence to industry standards and specific application requirements.
About Amphenol Communications Solutions
Amphenol Communications Solutions is known for its extensive catalog of electrical connectors, including a specialized focus in the area of Headers and Edge Type Connectors. The company has established itself as a manufacturer of reliable and innovative connectivity solutions across various applications.
The 67997-410HLF is part of their impressive product lineup that includes similar connectors designed for varied applications. Amphenol combines technology with robust design principles to ensure that their connectors meet the demands of today’s electronics environments, providing solutions for high data rates, robust mechanical stability, and environmental resistance.
Research Price and Stock for 67997-410HLF by Amphenol Communications Solutions on Findchips.com
To determine the current stock levels and pricing for the 67997-410HLF, it is advisable to consult Findchips. This platform provides an easy way to compare available inventory and pricing not only for the 67997-410HLF but also for other Headers and Edge Type Connectors from various manufacturers.
Historically, this part has been available through distributors such as:
- Master Electronics
- TME
- Onlinecomponents.com
- Future Electronics
- DigiKey
- Farnell
However, current availability may vary, thus it is recommended to verify the latest stock information directly on Findchips.