Leave Your Message
High-Density FC Series Mini-Rectangular Connectors - China Suppliers & Factory for Reliable PCB Interconnection
Hot Products
Products Categories
Featured Products
CM2 All-In-One Portable AC

CM2 All-In-One Portable AC
3.5KW portable ac charging gun

3.5KW portable ac charging gun
7kW European Standard AC Charging Station

7kW European Standard AC Charging Station
7kw AC EV Charger-Sheet Metal Housing

7kw AC EV Charger-Sheet Metal Housing
7kw AC EV Charger-Injection Molded Housing

7kw AC EV Charger-Injection Molded Housing
11kW European Standard AC Charging Station

11kW European Standard AC Charging Station
60kW DC EV Charging Station

60kW DC EV Charging Station
120kW DC EV Charging Station

120kW DC EV Charging Station
14KW AC EV CHARGER sheet metal housing

14KW AC EV CHARGER sheet metal housing
XS12 Series Push-Pull Circular Connectors

XS12 Series Push-Pull Circular Connectors
0102030405
FC Series Mini-rectangular Connectors.jpg

High-Density FC Series Mini-Rectangular Connectors - China Suppliers & Factory for Reliable PCB Interconnection

Introducing our high-density precision connectors, engineered for robust and reliable electrical interconnections between printed circuit boards (PCBs) and internal modules in sophisticated electronic systems. These connectors, produced by leading suppliers in China, feature a standardized contact spacing arranged in a compact 2x2mm mesh grid. This design facilitates a high number of signal and power contacts, making it ideal for advanced machinery where space is limited and signal integrity is paramount. As a quality product from our factory, these connectors play a vital role in modular electronic architecture, ensuring efficiency and dependability in any application
    Contact us Download
    Product Details

    Features and Advantages

    📐

    The primary feature of this series is its 2x2mm mesh grid contact arrangement. This uniform grid pattern provides significant design flexibility and allows for efficient, high-density routing on the PCB.

    🔍

    This layout offers the key advantage of maximizing the contact count in a minimal area, which is essential for modern, miniaturized electronics.

    🔒

    The connectors are typically designed with a secure mating interface, such as a low-insertion-force (LIF) or zero-insertion-force (ZIF) mechanism with a positive locking system, to ensure reliable connection and resistance to vibration.

    🛡️

    This design delivers the advantage of stable electrical performance and durability through repeated mating cycles. The construction often utilizes materials and plating (e.g., gold over nickel) that ensure excellent conductivity, corrosion resistance, and longevity.

    Application

    Their application is prominent in fields that demand compact, fail-safe interconnections:

    🚀
    Aerospace Vehicle Avionics: Connecting core processing modules, sensor interfaces, and communication boards in aircraft, satellites, and spacecraft.
    📡
    Radio and Communication Equipment: Interlinking RF modules, digital signal processors, and power amplifiers in base stations and tactical radios.
    💻
    Computers and Servers: Facilitating high-speed data bus connections between daughtercards, memory modules, and specialized accelerator cards in high-performance computing.
    🏥
    Medical and Industrial Imaging Systems: Used in the dense internal electronics of MRI, CT scanners, and automated inspection machines.
    Frequently Asked Questions
    Q1: What is the significance of the 2x2mm mesh grid arrangement?
    The 2x2mm uniform grid provides exceptional design flexibility and enables high-density routing on PCBs, which is critical for modern miniaturized electronic devices.
    Q2: How does the connector ensure a secure connection in high-vibration environments?
    It utilizes a secure mating interface, often featuring a positive locking system combined with low-insertion-force (LIF) or zero-insertion-force (ZIF) mechanisms to maintain stability.
    Q3: What materials are used to ensure the longevity of the connectors?
    The connectors are typically constructed with high-quality materials and specialized plating, such as gold over nickel, to provide excellent conductivity and corrosion resistance.
    Q4: Are these connectors suitable for aerospace applications?
    Yes, they are widely used in aerospace avionics for connecting core processing modules, sensor interfaces, and communication boards in satellites and spacecraft.
    Q5: Can these be used for high-speed data transfer in servers?
    Absolutely. They facilitate high-speed data bus connections between memory modules, daughtercards, and accelerator cards in high-performance computing environments.
    Q6: What makes these connectors ideal for medical imaging systems?
    Their ability to provide dense, reliable internal interconnections makes them perfect for the complex electronics found in MRI and CT scanners.

    Send Inquiry