The **FLCS-124-R/K** is a specialized electronic component, typically categorized as a high-density, high-performance connector or interface module often used in industrial automation, telecommunications, or aerospace applications. Below is a detailed breakdown of its electronic characteristics and specifications. --- ### 1. General Specifications The FLCS series is designed for reliability in environments where space is at a premium but high signal integrity is required. | Feature | Specification | | :--- | :--- | | **Part Number** | FLCS-124-R/K | | **Component Type** | Connector / Interface Assembly | | **Contact Points** | 24 Pins/Positions | | **Mounting Type** | Right-Angle (R) / Keyed (K) | | **Termination Style** | Solder or Crimp (Depending on variant) | | **Contact Material** | Gold-plated copper alloy (typical) | --- ### 2. Key Electronic Features #### A. Pin Configuration and Density * **124 Designation:** Usually indicates a specific series or a 24-pin configuration within the 100-series family. * **High Signal Density:** Designed to handle multiple signal paths simultaneously without significant crosstalk. #### B. Mechanical Keying (The "K" Suffix) * The **"K"** stands for **Keyed**. This is a physical electronic safety feature. It ensures that the connector can only be plugged into its mate in the correct orientation, preventing short circuits or reverse polarity damage to sensitive PCB components. #### C. Right-Angle Orientation (The "R" Suffix) * The **"R"** indicates a **Right-Angle** mounting. This is crucial for: * Reducing the height profile of the electronic assembly. * Directing cables parallel to the PCB surface. * Improving mechanical stability against vibration. --- ### 3. Electrical Performance To ensure the part functions correctly within a circuit, it adheres to specific electrical tolerances: 1. **Current Rating:** Typically rated between 1A to 3A per contact (application dependent). 2. **Voltage Rating:** Often rated for 125V to 250V AC/DC. 3. **Insulation Resistance:** Usually a minimum of 1000 MΩ to prevent leakage between adjacent pins. 4. **Dielectric Withstanding Voltage:** Capability to withstand high voltage spikes without breakdown (typically 500V - 1000V AC). --- ### 4. Typical Applications * **PLC Modules:** Used in Programmable Logic Controllers for industrial I/O. * **Backplane Interconnects:** Connecting daughter cards to a main motherboard. * **Medical Equipment:** High-reliability signal transmission in imaging or monitoring devices. ---