307-022-501-102

Welcome to the ultimate guide for the 307-022-501-102 card edge connector, your ideal solution for various electronic applications. In this comprehensive product description, we will explore the features, specifications, and benefits of this high-quality connector. Whether you’re a hobbyist or a professional seeking reliable connectors, you’ve arrived at the right resource!

Overview of the 307-022-501-102 Connector

The 307-022-501-102 is a premium card edge connector specifically designed for high-performance applications. With a robust design, it promises durability and reliability, making it perfect for a wide range of uses, from computing devices to industrial machinery. Its gold-plated contacts further enhance its functionality, ensuring optimal performance in diverse environments.

Key Features of the 307-022-501-102

• Connector Type: Card Edge
• Pin Count: 22
• Mounting Type: Soldering
• Contact Plating: Gold-Plated
• Pitch: 3.96mm

Durable Construction

The 307-022-501-102 connector is engineered for resilience, ensuring it can withstand harsh conditions and repeated use without a dip in performance. This makes it a vital component for everyday applications as well as critical systems.

Gold-Plated Contacts for Optimal Performance

The standout feature of the 307-022-501-102 is its gold-plated contacts. Gold plating guarantees excellent conductivity and minimizes corrosion, which is crucial for maintaining connection integrity over time. This feature is essential in high-frequency applications where signal integrity matters most.

Soldering Capability

The design of the 307-022-501-102 allows for straightforward soldering, promoting easy installation and secure mounting. Soldering not only establishes a robust mechanical connection but also enhances the electrical performance of the connector, making it ideal for various electronic applications.

Applications of the 307-022-501-102 Connector

The versatility of the 307-022-501-102 connector allows it to be utilized in numerous applications, including:

• Computer and IT Equipment
• Consumer Electronics
• Industrial Control Systems
• Telecommunications Devices
• Automotive Electronics

Ideal for PCB Connections

Featuring a 3.96mm pitch and 22 pins, the 307-022-501-102 is particularly suited for PCB applications. Its compact design allows it to fit easily in limited spaces, making it a go-to choice for both new PCB designs and upgrades to existing ones.

Pioneering Performance in Critical Applications

The 307-022-501-102 connector excels in industries that demand precise electronic connections. From data transmission in networking equipment to interfacing in medical devices, the reliability of this connector cannot be overstated. Choose the 307-022-501-102 for your next critical project and ensure seamless performance.

Benefits of Using the 307-022-501-102

Opting for the 307-022-501-102 connector provides a plethora of benefits:

• Reliability: With superior gold-plated contacts, expect consistent performance over time.
• Ease of Installation: Soldering capability allows for quick and simple setup processes.
• Versatile Applications: Suitable for multiple industries and specific needs.
• Compact Design: The 3.96mm pitch ensures suitability for tight spaces in PCB layouts.

Conclusion

In conclusion, the 307-022-501-102 card edge connector stands out as a superlative choice for anyone in search of a durable and reliable connection solution. Its impressive features, such as gold-plated contacts and soldering capability, make it a top contender in a crowded market. Whether working in consumer electronics, industrial controls, or telecommunications, the 307-022-501-102 can effortlessly accommodate your unique requirements. Don’t compromise on quality; choose the 307-022-501-102 for your next project and explore the significant difference in performance and reliability.

Make the smarter choice today and ensure that your projects run smoothly with the 307-022-501-102 connector! For more options in signal connectors, explore our selection of IDC connectors.