DM3CS-SF by Hirose Electric Co Ltd

Overview of DM3CS-SF by Hirose Electric Co Ltd.

The DM3CS-SF by Hirose Electric Co Ltd is a high-quality PCB Connector designed specifically for microSD applications. It features 8 contacts arranged in a single row, with a male, right angle surface mount terminal. The connectors boast gold-plated contacts made of copper alloy, ensuring reliable connectivity and durability. Its hinged insert and eject mechanism facilitates easy handling and operation, making it an ideal choice for devices requiring frequent memory card swapping. The product range to which DM3CB-SF belongs is well-suited for applications demanding compact and reliable data storage interfaces. With an insulation resistance of 1000000000 Ohms and a dielectric withstanding voltage of 500VAC V, this connector guarantees a safe and stable connection. It’s designed to meet RoHS compliance, ensuring it meets global environmental standards. Additionally, with a durability rating of 5000 cycles, it stands as a robust choice for repetitive use applications.

Industry Applications for DM3CS-SF

The DM3CS-SF connector finds its utility in a range of industries due to its compact design, durability, and reliability. Here are several key industries and potential use cases for this component:

  • Renewable Energy: In renewable energy systems like solar photovoltaic (PV) inverters or wind turbine control modules, the DM3CS-SF could potentially be used for data logging storage or configuration settings storage, where small, reliable storage is crucial.
  • Transportation and Logistics: GPS units, tracking systems, and on-board diagnostics (OBD) within vehicles might utilize the DM3CS-SF for storing critical navigation data, software, and vehicle health reports due to its robust build and ease of memory exchange.
  • Space Technology: Spacecraft and satellites could possibly leverage the DM3CS-SF in subsystems requiring compact and high-reliability memory connectors for critical mission data storage, considering its high insulation resistance and durability in harsh conditions.
  • Consumer Electronics: Though not specifically listed, devices such as digital cameras, portable speakers, and gaming consoles might benefit from the DM3CS-SF for expandable storage options given its compact form factor and ease of installation.

Note: These potential applications are conceptual and should be further analyzed and verified by engineering and design teams for practical feasibility.

About Hirose Electric Co Ltd.

Hirose Electric Co Ltd. is an established global leader in the design and manufacture of innovative connector solutions, including a wide variety of Headers and Edge Type Connectors. Known for its commitment to quality, reliability, and excellence, Hirose produces connectors that find applications in industries ranging from telecommunications to industrial automation to consumer electronics. The company’s product lineup includes not only the DM3CS-SF but also a broad selection of connectors designed to address the unique needs of highly specialized applications. Hirose’s dedication to innovation and stringent quality controls ensures that its products, like the DM3CS-SF microSD connector, meet the high standards required by electronics manufacturers worldwide.

Where to Find DM3CS-SF by Hirose Electric Co Ltd

Procuring the DM3CS-SF connector requires finding a reputable distributor that stocks Hirose Electric Co Ltd products. Historically, this part has been available through distributors such as New Advantage Corporation, Master Electronics, LCSC, and Avnet Abacus, among others listed. However, for current stock levels, pricing, and additional distributor options, it’s highly recommended to use findchips.com. On FindChips, you can also explore alternate Headers and Edge Type Connectors that might be offered by Hirose Electric Co Ltd or other renowned manufacturers, ensuring you find the perfect match for your application requirements.

Compare pricing for DM3CS-SF and other Headers and Edge Type Connectors / Connectors at findchips.com