Overview of FFSD-12-01-N by Samtec Inc.
The FFSD-12-01-N by Samtec Inc. is a board connector characterized by its 24 contacts arranged in 2 rows, with each contact being female and utilizing an Insulation Displacement Connector (IDC) termination. This part falls under the subcategory of Headers and Edge Type Connectors and is designed primarily for wire-to-board connections. Its connectivity is facilitated through a cable mount, supporting a general-purpose interface within various electronic systems.
The connector type specifically belongs to the FFSD Series, which is noted for its robust design and the use of beryllium copper in the contact material, offering excellent electrical conductivity and durability. Additionally, it features a contact finish that is unspecified but typically includes plating for reliable connection quality. As an environmentally compliant option, this connector is both RoHS and REACH compliant, emphasizing its suitability for global markets with strict environmental standards.
The part is considered polarized, which simplifies the installation process by preventing incorrect mating. This characteristic, combined with its IDC termination, facilitates quicker and more reliable assembly, reducing potential errors during the installation of wiring infrastructures.
Industry Applications for FFSD-12-01-N
Given its design and specifications, the FFSD-12-01-N connector can potentially be utilized across a diverse range of industries where reliable electronic connections are critical. Below are some illustrative applications within various sectors:
- Consumer Electronics: This connector could potentially be used in devices like home appliances, where secure wire-to-board connections are essential for the device’s reliability and safety.
- Computing and Data Storage: In servers or storage devices, a connector like FFSD-12-01-N might facilitate data communications within the hardware, where stable and reliable connections impact overall system performance.
- Industrial Automation: Connectors are often used in control systems and sensors where precise connections are crucial for automation processes. The durability and reliability provided by the beryllium copper contacts could be particularly beneficial.
- Healthcare: Medical devices that require consistent performance might incorporate such connectors for internal wiring, particularly where device failure could result in critical outcomes.
Note that these potential industry applications are strictly conceptual and must be analyzed and verified by engineering and design teams to ensure that they meet specific standards and requirements applicable to each industry.
About Samtec Inc.
Samtec Inc. is a globally recognized manufacturer of electronic connectors, with a specific focus on innovative interconnect solutions. Their expertise in the field of Headers and Edge Type Connectors is well-established, offering a wide range of products tailored for various applications. The FFSD-12-01-N is just one example of their commitment to quality and performance, underlining their ability to produce connectors that meet a broad spectrum of technical requirements.
The company’s reputation is bolstered by its adherence to industry standards, including RoHS and REACH compliance, ensuring that their connectors are not only effective but also environmentally friendly. Samtec Inc. continually invests in research and development, remaining at the forefront of connector technology and innovation.
Where to Find FFSD-12-01-N by Samtec Inc
To source the FFSD-12-01-N connector by Samtec Inc., visiting findchips.com is advisable. This site provides comprehensive data on stock levels and pricing from a range of distributors. Historically, the connector has been available from distributors such as Samtec, Master Electronics, Avnet Abacus, and DigiKey, but for the most current availability and best pricing options, consulting findchips.com is recommended. Here, you can also explore similar connectors within the Headers and Edge Type Connectors subcategory, offering potential alternatives that could meet specific requirements.