The IMSA-9637S-24Y800 is a FFC/FPC (Flat Flexible Cable/Flat Flexible Printed Circuit) connector manufactured by IRISO. These connectors are designed for connecting FFC/FPC cables to printed circuit boards (PCBs). IRISO is a recognized manufacturer of high-quality connectors for various electronic applications.

Applications

• LCD panel connections
• Laptop computers
• Smartphones
• Digital cameras
• Printers

Features

• Surface Mount Technology (SMT) compatible
• Fine pitch design
• Reliable contact interface
• Easy cable insertion and extraction
• Compact form factor

Benefits

• Ensures dependable connection for FFC/FPC cables
• Supports miniaturization of electronic devices
• Streamlines assembly with SMT compatibility
• Offers flexible design options
• Provides a cost-effective solution for connecting FFC/FPC cables

Technical Specifications

The IMSA-9637S-24Y800 typically features a 0.5mm or 1.0mm pitch and incorporates 24 contacts. It is specifically designed for surface mount attachment to a PCB. The connector housing is usually constructed from high-temperature thermoplastic materials, ensuring resilience during reflow soldering procedures. The contacts are generally made of phosphor bronze or beryllium copper with gold plating, which ensures a reliable and corrosion-resistant electrical connection. The connector typically operates within a temperature range of -40°C to +85°C. Furthermore, the design often includes a secure locking mechanism to hold the FFC/FPC cable firmly in place. It’s also engineered for easy insertion and removal of the cable, simplifying the assembly and maintenance processes. The dimensions are compact, facilitating high-density mounting on circuit boards.

This connector is generally found in electronic devices where a reliable and space-saving connection between flexible cables and PCBs is essential. Its small size and durable design make it suitable for use in portable devices and other applications where space is limited. The fine pitch enables high-density connections, while the reliable contact design ensures stable signal integrity. Its ease of use and robust construction render it a common selection for manufacturers aiming to optimize their assembly processes and enhance product reliability.