Organic Shinko E3-1584 Circuit Board C37f26879 Quality Assured [RBbx08cz]

Shinko E3-1584 Circuit Board: High-Performance Solution

Introducing the Shinko E3-1584 Circuit Board, a precision electronic module designed for seamless integration into industrial control systems and specialized equipment. Engineered by Shinko Electric, this board offers a range of signal processing and control functions, ensuring stable and efficient performance for automated machinery. With its robust build quality and reliable components, the E3-1584 guarantees long-term operational reliability in demanding environments.

• High-quality industrial-grade PCB for control system integration
• Dependable signal processing and automation performance

Technical Specifications and Features

Featuring the model number E3-1584 and part number C37F26879, this circuit board is engineered to support a variety of signal processing and control functions. It is compatible with system configurations using MCP614-1 IC components and is designed and manufactured in Japan for premium quality assurance. With a weight of 230 grams, the E3-1584 is suitable for use in factory automation and process control applications. Key specifications include:

• Model: E3-1584
• Part Number: C37F26879
• Component Reference: MCP614-1
• Application: Control systems, automation, signal processing
• Origin: Made in Japan
• Manufacturer: Shinko

Practical Applications and Benefits

Whether it's factory automation or process control, the Shinko E3-1584 Circuit Board is an essential component for systems requiring consistent control and signal integrity. Its compact and rugged design ensures reliable performance over extended service life, making it an ideal choice for professionals in the industrial electronics field. With its advanced features and technical specifications, this circuit board is a testament to precision, quality, and durability, ensuring that your automated machinery operates smoothly and efficiently. Trust the Shinko E3-1584 to enhance your industrial control systems and drive productivity forward.