10 pin connector, ultra-high precision and compatibility. Its enterprise-grade pogo pins are designed for efficient data transmission and multi-device integration. Ensuring long-term stability and high cost-effectiveness.

10 pin connector, a high-performance connectivity solution designed specifically for the high-tech industry. Featuring a compact design, optimized signal integrity, and high environmental adaptability. Provides stable and reliable high-speed data transmission and power management.

Customizable and modular design, produced in compliance with environmental standards. Meets the pursuit of quality, reliability, and cost-effectiveness in connectivity needs by technical experts and procurement managers.

Features of 10 pin connector

By understanding the features below of the 10 pin connector. It helps meet your diverse and high-demand applications. As a high-performance customized connectivity solution supplier, we are even more deserving of your trust.

Pin Check:

Make sure it’s rocking the standard 10 pins that define this spring loaded pin. Typically supplied with a cap and T&R packaging, suitable for SMT automatic mounting onto PCB boards.

Pin Arrangement:

Pins can be arranged in a single row, or double rows, with each row containing 5 pins, or other special configurations to accommodate different application requirements.

Connector Size:

Detailed dimensions include length, width, height, pitch, working stroke, spring force, etc. Ensuring the 10 pin connector can fit the target device.

Pin Pitch:

The distance between pins, and common spacings includes 2.54mm or smaller spacings like 1.27mm, depending on precision requirements. Pitch is customized based on customer requirements.

Material:

Material of the 10 pin connector and pogo pins. Typically spring loaded pin is made of metal, such as brass, beryllium copper, tellurium copper, etc. The housing? Could be plastic, could be metal. Material affects electrical performance and mechanical strength.

Electrical Performance

Including rated current and voltage, both customizable. Determining the amount of electrical power the spring loaded pin can safely carry.

Contact Resistance:

As low as 15 milliohms, low contact resistance means better electrical connection and lower energy loss.

Insulation Resistance:

High insulation resistance indicates excellent insulation performance. Typically, not less than several hundred megaohms, protect circuits from external interference.

Temperature Resistance:

The maximum and minimum temperature ranges the 10 pin connector can withstand, with continuous operating temperatures reaching up to 125°C. Especially important for devices used in extreme environments.

Vibration Resistance:

The ability to maintain stable connections in vibration environments, crucial for industries like automotive, aerospace, etc.

Mechanical Life:

Connector insertion and withdrawal cycles up to 10,000 times, or even 50,000 times or more, reflecting product durability and reliability.

Protection Rating:

Such as IP ratings, like IP67, and IP68, indicating the connector’s ability to resist dust and water.

Locking Mechanism:

A detailed description of the connector’s locking method, such as threaded locking, snap-in, push-pull locking, etc. ensuring connection stability.

Wire Interface Type:

Welding, screw fixing, crimping, etc., affecting installation convenience and electrical connection stability.

Compatibility:

Describing the standards the spring loaded pin complies with USB, HDMI, etc., Or compatibility with specific devices, ensuring wide applicability.

Quality control of 10 pin connector

For every customer, quality control of the 10 pin connector is the crucial factor determining their purchasing decision. The following quality control measures reflect our constant monitoring and relentless pursuit of quality. They ensure that the spring loaded pin meets the stringent requirements of high-end clients. Thus, we are becoming the most trustworthy choice and long-term partner for these high-end customers.

Stringent Raw Material Selection:

Rigorously screening all materials used in production. We’re all about keeping it premium with the materials we throw into production.

Advanced Manufacturing Technology:

LEAN manufacturing ensures the accuracy and consistency of each spring loaded pin component.

Comprehensive Electrical Testing:

Test comprehensive electrical performance on each 10 pin connector during production. Including contact resistance, insulation strength, etc., to ensure compliance with technical specifications.

Toughness Testing for All Weather Conditions:

Throwing it into the deep end with temperature changes, moisture checks, and salt spray showdowns. To ensure the 10 pin connector can operate stably under various environments.

Precise Mechanical Durability Testing:

Validating the mechanical stability and durability of the spring loaded pin through vibration, shock, and insertion/removal life testing.

Quality Assurance System:

Quality management systems are compliant with ISO 9001. Guaranteeing they’re the cream of the crop in every phase, starting with design and finishing with production.

Strict Factory Inspection:

Subjecting each batch of the 10 pin connector to rigorous inspection before leaving the factory. Throwing in everything from visual tests to function checks to guarantee each pogo pin connector you get is defect-free.

Continuous Quality Improvement Plans:

Continuously conducting quality improvements and technological upgrades based on customer feedback and market monitoring to address evolving market demands.

Supply Chain Management:

Stable partnerships with suppliers and rigorously managing the supply chain to make sure we’re solid on raw material quality and that our supply’s always on the level.

Customer Service and ASS:

Providing professional ASS, from selecting the perfect product to step-by-step installation help, and troubleshooting, we’re here for all of it. It ensured customers could fully leverage the high performance of the spring loaded pin.

R&D Technologies of 10 pin connector

It is key to ensuring the high quality of 10 pin connector and actually solving the challenges of customers. Many times, clients encounter quite challenging issues, especially the R&D engineers. Assisting clients in realizing their wildest ideas. Promptly providing the R&D team with the most suitable solution is truly a check of all suppliers’ R&D capabilities. However, often we are up to the task and can earn the satisfaction of our customers.

Advanced Microfabrication Technology:

Cutting-edge microfabrication techniques can manufacture spring loaded pin and springs. Ensuring extreme consistency and high precision, thereby enhancing connection reliability.

Multilayer Signal Integrity Analysis:

Electromagnetic simulation software for EMI analysis and signal integrity. Optimizing designs to reduce signal loss and support data transmission.

Magnetic Self-Alignment Technology:

Unique magnetic self-alignment achieves rapid and accurate connections, greatly simplifying assembly processes and enhancing user experience.

Research on Materials Resistant to Extreme Environments:

Selecting and testing materials capable of withstanding extreme temperatures, humidity, and chemicals. To ensure the stability and durability of connectors in harsh environments.

Optimization of High-Current Transmission Capability:

Enhancing the connector’s current-carrying capacity through innovative internal structure and material designs, suitable for power-intensive applications.

Intelligent Fault Diagnosis Technology:

Integrating intelligent chips capable of real-time monitoring of connection status and automatic diagnosis of potential connection issues. Improving system stability and safety.

Modular Design Concept:

Modular design allows rapid customization and adaptation to different application requirements, enhancing product flexibility and market adaptability.

Environmental and Sustainability Engineering:

Environmental protection and sustainability throughout the R&D process. It is to ensure that all materials and production processes comply with international environmental standards.

Fine Thermal Management Design:

Conducting management design and thermal analysis for heat-sensitive applications. It is to ensure that the 10-pin connector does not overheat under high loads, maintaining stable performance.

Quality Assurance, Reliability Testing:

Strict quality control systems conduct comprehensive reliability tests. Including plug and pull life tests, salt spray tests, vibration, and impact tests. This can ensure that each product meets the highest performance standards.

Benefits of 10 pin connector to customers

Our 10 pin connector stands out with unparalleled benefits and price advantages, providing unmatched value for our customers. It meets both their current technical needs and long-term economic benefits. Ensuring customers achieve maximum satisfaction and returns in their procurement decisions.

Enhanced Performance-to-Price Ratio:

Through optimized production processes and scaled procurement, our 10 pin connector offers an unbeatable performance-to-price ratio. Delivering greater value to customers than competitors can match.

High-Speed Data Transmission with Cost Efficiency:

While ensuring high-speed data transmission performance, our innovative design reduces production costs, allowing customers to enjoy high-performance products at lower prices.

Optimized Energy Efficiency and Power Management:

Our 10 pin connector provides optimized power management features while emphasizing energy efficiency. Helping customers reduce energy consumption and thus long-term operating costs.

High Reliability Reduces Maintenance Costs:

We’re all in on premium materials and the latest in production technology. Our spring loaded pin has longer lifespans and lower failure rates, reducing maintenance and replacement costs for customers.

Economic Customization Solutions:

Our extensive customization options allow customers to pay only for the features they truly need, avoiding unnecessary additional costs.

Simplified Installation Processes, Save Time and Costs:

Our unique design simplifies the installation process, reducing installation time and costs while also decreasing reliance on specialized technical personnel.

Expanded Application Range Increases ROI:

Our 10 pin connector design is flexible and applicable to various scenarios. Ensuring our customers get a better payoff from their investment and unlocking new possibilities for the product’s use.

Environmentally Resilient Design Reduces Replacement Frequency:

Superior environmental resilience ensures stable operation even in harsh conditions. Prolonging the pogo pin lifespan and reducing the frequency of replacements.

Eco-friendly Materials Reduce Future Potential Costs:

Environmentally compliant materials reduce potential costs arising from environmental regulations in the future. While also enhancing our customers’ corporate image.

Comprehensive Services:

We offer professional technical support and high-quality customer service. This cuts down on the chances of running into issues when picking out and using the 10 pin connector. Thereby lowering our customers’ overall ownership costs.

Use case of 10 pin connector

Background:

As a leading American drone manufacturer. Our client faces the challenge of enhancing the performance of its UAVs in extreme environments. Particularly in improving drone communication capabilities, power management, and environmental adaptability. The client seeks a reliable connection solution with strict space constraints to ensure stable drone operation in complex flight environments.

Technical Challenges

• High-speed data transmission support is needed to achieve efficient processing of real-time video streams and flight data.
• Stable power connections must be maintained under intense flight conditions with vibrations.
• The ability to maintain high performance in changing the extremes, blistering heat, bone-chilling cold, and super thick humidity.
• A stable high-current supply is demanded within strict dimensional constraints.

Solution:

The client ultimately adopted our 10 pin connector:

• High-speed data communication: The 10-pin design optimizes data transmission between the drone and control systems. Supporting real-time processing of high-definition video and large amounts of flight data.
• Stable power connection: Enhanced current-carrying capacity ensures a stable power supply to key drone components. Such as cameras and navigation systems during long-duration flight missions.
• Environmental resilience: Special materials and sealing designs enable the 10 pin connector to withstand extreme temperatures and humidity. Ensuring reliability in various environmental conditions.
• Anti-rotating lockable large current design, minimum size, 500,000 cycles lifespan.

Implementation Effects:

• The drone’s communication and data processing capabilities have significantly improved, enhancing mission efficiency and accuracy.
• Under high vibration and harsh weather conditions, the drone demonstrates unprecedented stability and reliability.
• Reduce maintenance and upgrade costs due to the durability and maintainability of the spring loaded pin. Extending the drone’s service life.

Applications of 10 pin connector

Our 10 pin connector showcases its broad applicability in cutting-edge technology. Standing out against competitors with its superior performance, reliability, and innovation. It meets the stringent demands of business customers for high-performance connectivity solutions.

High-Speed Communication Systems:

Offers fast, reliable data connectivity in 5G base stations and network devices, ensuring seamless communication and data transfer.

Aerospace:

Utilized in satellite communications, probes, and avionics. Providing stable power and signal transmission in extreme conditions is crucial for mission success.

Wearable Tech:

Delivers compact, efficient connectivity solutions in health monitoring devices and smartwatches. Supporting rapid data sync and extended battery life.

Medical Devices:

Applied in surgical equipment and portable diagnostic instruments. Enhancing reliability and precision, ensuring patient safety.

Industrial Automation:

Provides high-performance connections in network control systems, robotics, and sensors. Optimizing production efficiency and system reliability.

Automotive Electronics:

Used in ADAS and infotainment systems, enhancing vehicle performance and passenger experience.

Energy Management Systems:

Offers efficient energy management and transmission in smart grids and renewable energy devices. Supporting environmental sustainability and energy efficiency.

Consumer Electronics:

Ensures quality signal connectivity in high-end audio devices and gaming controllers, enhancing user experience.

Data Centers:

Enables fast, reliable connections in storage systems and servers, supporting large-scale data processing and storage needs.

Deep-Sea Exploration:

Delivers connection solutions that perform under extreme pressure and corrosive conditions in deep-sea environments, supporting marine science research.