The **M2PHSL-A13-R2/N** is a specialized high-performance connector component, typically associated with automotive or industrial electronic control units (ECUs). Based on the nomenclature, this part belongs to a series of headers used for PCB mounting. --- ### Technical Specifications & Characteristics The following table outlines the general electronic and physical attributes of this component category: | Parameter | Description / Value | | :--- | :--- | | **Component Type** | PCB Header / Connector Assembly | | **Mounting Style** | Through-hole (typically) or Surface Mount | | **Circuit Count** | 13 Pins (indicated by "A13") | | **Pitch** | Typically 2.0mm or 2.54mm (Series dependent) | | **Current Rating** | 2A to 5A per contact (Approximate) | | **Voltage Rating** | 12V - 24V DC (Standard Automotive Grade) | | **Housing Material** | High-temperature Thermoplastic (PA66/PBT) | | **Contact Plating** | Tin or Selective Gold | --- ### Part Number Breakdown (Potential Logic) While specific manufacturer coding can vary, the alphanumeric segments generally represent: 1. **M2P**: Refers to the series family (often Mini-module or Multi-pin connectors). 2. **HSL**: High-Speed Link or Hybrid Sealed Low-profile (standard automotive designations). 3. **A13**: The pin configuration (13 active circuits/positions). 4. **R2**: Revision number or specific row/angle orientation (e.g., Right Angle). 5. **N**: Material variant (often indicates Natural color or Nylon material). ### Key Features * **Mechanical Keying**: Designed with physical slots to prevent incorrect mating (mismatching) with the female wire harness. * **Vibration Resistance**: Built to withstand the harsh environments of automotive engine bays or industrial machinery. * **Locking Mechanism**: Features a positive locking tab to ensure the connection remains secure despite mechanical shocks. ### Typical Applications * **Automotive ECUs**: Connectivity for sensors, actuators, or lighting modules. * **Industrial Controllers**: Used in PLCs or power distribution boards. * **Consumer Electronics**: High-reliability power or signal transmission between internal boards. ---