0.5mm FFC FPC Connector Breakout Board (40 Pin) -7Semi The 7Semi 0.5mm FFC FPC Connector Breakout Board (40 Pin) is a high-precision prototyping tool engineered for seamless integration of flexible flat cables (FFC) and flexible printed circuits (FPC) into your electronic projects. Featuring a 40-pin connector with a 0.5mm pitch, this breakout board is equipped with a front flip bottom contact surface-mount (SMT) connector that provides secure and reliable connections. Designed with double rows of 0.1-inch spaced holes, it fits perfectly with standard breadboards and perfboards. Clear pin labeling ensures quick and accurate circuit assembly, minimizing errors during development. Whether you're working on embedded systems, display modules, or custom PCB designs, this ffc connector breakout board offers efficient connectivity and dependable performance for both hobbyists and professionals. Features: Includes a 40-pin fpc breakout, 0.5mm pitch front flip bottom contact SMT connector for secure and sturdy connections. Features multiple rows of 0.1-inch spaced holes for simple interaction with breadboards and common prototyping tools. Each pin is clearly numbered to facilitate wiring and reduce errors in circuit assembly. Made from high-quality PCB material, ensuring longevity and efficient signal transmission. Include display modules, touchscreens, embedded systems, ribbon cable interfaces, and others. Created for both professionals and enthusiasts seeking a quick and effective FPC/FFC breakout solution.

0.5mm FFC FPC Connector Breakout Board (10 Pin) -7Semi The 7Semi 0.5mm FFC FPC Connector Breakout Board (10 Pin) is a powerful prototyping accessory that simplifies your circuit development process. Featuring a reliable 0.5mm pitch, 10-pin FFC/FPC connector securely mounted on a high-quality PCB, this board ensures robust connectivity with a low-profile 2mm height. Its front flip, bottom contact surface mount connector is pre-soldered for immediate use. The board’s dual-row 0.1" spaced output holes are perfectly compatible with standard breadboards, making it easy to connect and test flexible flat cables (FFC/FPC). Clearly marked pin numbers aid in quick identification and setup, reducing errors during experimentation. Whether you're a hobbyist or a professional, this breakout board offers the convenience, precision, and versatility needed to accelerate your prototyping workflow. Features: 0.5mm Pitch FPC FFC Connector with 10 Pins Height: 2mm; Front Flip Bottom Contact speeds up the prototyping process. Out pins with traces leading to double rows of 0.1" spaced holes. Compatible pin spacing for breadboard application. Easily recognizable pin numbers

The High-Quality Ultra Flexible 14AWG Silicone Wire in red is engineered for superior performance in demanding electrical applications. Designed with premium-grade silicone insulation, this wire offers exceptional flexibility, heat resistance, and durability, making it ideal for use in robotics, RC models, drones, automotive systems, and high-current electronics. Its ultra-flexible stranded copper core ensures minimal resistance and maximum conductivity, even under continuous flexing or vibration. This silicone wire is built to withstand extreme temperatures ranging from -60°C to +200°C, ensuring reliable operation in both indoor and outdoor environments. The vibrant red insulation not only provides excellent visibility for easy identification in complex wiring setups but also resists UV rays, moisture, and chemicals. Whether you're working on a DIY electronics project or a professional-grade power distribution system, this wire delivers consistent performance and long-term reliability. With a high strand count and low resistance, the 14AWG wire supports high current loads up to 20 amps, making it suitable for battery connections, motor wiring, and power supply lines. Its thin, soft insulation allows for tight bending without cracking or breaking, enabling clean and efficient cable management in confined spaces. Trusted by hobbyists and professionals alike, this wire combines safety, flexibility, and performance in one robust solution.