Description
Upgrade your prototyping game with the 7Semi FFC FPC 30 Pin Adapter Board PCB 0.5mm. This versatile breakout PCB is a must-have for any electronics enthusiast or professional looking to make their projects faster and more efficient.
Designed as a DIP adapter for the FPC FFC 30 pin to 22 pin with 0.5mm Pitch, this breakout board boasts features that are unmatched in the market. The pins are arranged in a way that makes them easily identifiable, making the prototyping process hassle-free.
The board also comes with double rows of 0.1" spaced holes that have traces going to them, which further enhances its versatility. The mounting through holes are connected with 2 SMD mounting PAD FEC FPC connectors, which ensures durability and stability.
Thanks to its pin spacing compatibility with breadboards, you can quickly integrate the 7Semi FFC FPC 30 Pin Adapter Board PCB 0.5mm into your projects without any difficulties.
- Speeds up prototyping process
- Designed as a DIP adapter for FPC FFC 30 pin to 22 pin with 0.5mm Pitch
- Out pins with traces going to double rows of 0.1" spaced holes
- Mounting through holes connected with 2 SMD mounting PAD FEC FPC connector
- Compatible pin spacing for breadboard use
- Easily identifiable pin numbers
Specifications
FFC FPC 30 Pin Adapter Board PCB Dimensions
The FFC FPC 30 Pin PCB 0.5mm for prototyping is a versatile and reliable tool for electronics enthusiasts and professionals. This Printed Circuit Board (PCB) is designed with 30 pins and a pitch of 0.5mm, making it ideal for use in prototyping and experimentation. Its flexible Flat Flexible Cable (FFC) and Flat Printed Cable (FPC) design allows for easy bending and positioning, making it suitable for use in a wide range of electronic applications. Whether you're building a custom circuit or creating a complex electronic system, this FFC FPC 30 Pin PCB 0.5mm is a must-have tool in your arsenal. With its high-quality construction and precise design, it offers excellent performance and reliability, ensuring that your projects are always successful.