It appears you are referring to the **24800 series**, which is most commonly associated with **Molex 2.50mm Pitch Mini-Latch Wire-to-Board Connectors**. These are standard electronic components used for securing wire connections to printed circuit boards (PCBs). --- ## 1. Overview of the 24800 Series The 24800 series is a subset of the Mini-Latch system. These connectors are designed for applications requiring a reliable, compact connection with a friction-lock mechanism to prevent accidental disconnection due to vibration. ### Key Technical Specifications | Feature | Specification | | :--- | :--- | | **Pitch** | 2.50mm (0.098") | | **Circuits/Pins** | Typically 2 to 15 circuits | | **Voltage (Max)** | 250V AC/DC | | **Current (Max)** | 3.0A per contact | | **Material** | Nylon (Housing), Brass/Phosphor Bronze (Terminals) | | **Temperature Range** | -40°C to +105°C | --- ## 2. Main Components of the System To create a complete connection using the 24800 series, you typically need three distinct parts: 1. **Housing (24800-xxxx):** The plastic shell that holds the crimped wires. It features a "latch" or thumb-press to lock into the header. 2. **Terminals (50081/50082 series):** The metal contacts that are crimped onto the end of the wires and inserted into the housing. 3. **Headers (5045/5046 series):** The male pins soldered onto the PCB that the housing plugs into. --- ## 3. Common Applications Because of their size and reliability, these electronic parts are found in various industries: * **Consumer Electronics:** White goods (washing machines, refrigerators) and printers. * **Automotive:** Internal dashboard lighting or sensor modules. * **Industrial:** Control panels and power supply units. * **Data/Computing:** Internal fan headers or small peripheral connections. --- ## 4. Usage Considerations When working with these parts, keep the following in mind: ### Crimping Requirements To ensure a valid electrical connection, you must use a specific crimp tool. Improper crimping can lead to high resistance or the wire pulling out of the housing. ### Polarization The housing and header are "polarized," meaning they are shaped in a way that prevents them from being plugged in backwards, protecting the circuit from reverse polarity. ---