Welcome to our comprehensive product description for the A6C-10R-N, an advanced encoding switch designed for precision and reliability across various applications. This article delves into the key features, specifications, and applications of the A6C-10R-N, illustrating its vital role in modern electronic systems.
What is the A6C-10R-N?
The A6C-10R-N is a robust encoding switch utilizing a DEC/BCD (Decimal to Binary Coded Decimal) conversion mechanism. This switch is engineered for efficiency, suited for applications demanding high-performance encoding functionality. The design of the A6C-10R-N supports through-hole technology (THT), rendering it appropriate for various circuit board mounting processes.
Key Features of the A6C-10R-N
- Positive Position: 10 – The A6C-10R-N boasts 10 discrete positions, enhancing functional versatility for precise selections across diverse applications.
- Low Contact Resistance – With a maximum resistance of only 200mΩ, the A6C-10R-N ensures efficient signal transmission while minimizing energy loss.
- High Torque Rating – The switch has a torque rating of 1Ncm, allowing user-friendly operation and ensuring that the switch remains in the selected position under varying conditions.
- Durability and Longevity – Built to withstand harsh conditions and repeated use, the A6C-10R-N is ideal for applications with demanding requirements.
Technical Specifications of the A6C-10R-N
Understanding the technical specifications of the A6C-10R-N helps engineers and designers make informed decisions when integrating this component into their projects. Below are the essential specifications of the A6C-10R-N:
- Encoding Type: DEC/BCD
- Number of Positions: 10
- Technology: Through-Hole Technology (THT)
- Maximum Contact Resistance: 200 mΩ
- Torque: 1 Ncm
Applications of the A6C-10R-N
The versatility of the A6C-10R-N enables its utilization across a wide range of applications. Here are some common areas where this encoding switch excels:
- Consumer Electronics: The A6C-10R-N is frequently implemented in handheld devices, allowing users to switch between functionalities seamlessly.
- Industrial Equipment: Numerous industrial machines incorporate the A6C-10R-N for control and configuration purposes, ensuring efficient operations.
- Automotive Systems: In automotive electronics, the A6C-10R-N plays a critical role in various control interfaces.
- Medical Devices: The precision and reliability of the A6C-10R-N render it ideal for medical instruments requiring accurate controls.
Why Choose the A6C-10R-N?
The A6C-10R-N excels among its competitors due to its outstanding combination of performance, reliability, and cost-effectiveness. Here are several reasons to consider integrating the A6C-10R-N into your electronic designs:
- High Reliability: With a maximum contact resistance of only 200mΩ, the A6C-10R-N assures a reliable connection, minimizing the risk of malfunction.
- Easy Installation: Designed with through-hole technology, the A6C-10R-N is simple to install on PCB boards, saving time and labor costs during assembly.
- Customization: The A6C-10R-N can be tailored to meet specific customer requirements, making it a flexible solution for numerous designs.
- Affordable: Despite its advanced features, the A6C-10R-N is competitively priced, providing an excellent return on investment for any organization.
Conclusion
In summary, the A6C-10R-N encoding switch represents a robust solution for various electronic applications that require precision, reliability, and efficiency. With its low contact resistance, high torque rating, and customizable options, the A6C-10R-N is designed to meet the challenging needs of modern electronic systems. Whether developing consumer electronics, industrial equipment, or automotive systems, the A6C-10R-N offers unparalleled performance and value that is hard to beat.
Consider integrating the A6C-10R-N into your next project to ensure optimal performance and user satisfaction. With the exceptional features and specifications of the A6C-10R-N, you can be confident in the success of your electronic applications. For more options, explore our full range of encoding switches at Encoding Switches.
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