1410966-1 Overview
The 1410966-1 is a precision electronic connector designed to provide reliable electrical connections in demanding industrial and electronic applications. Engineered with robust materials and a compact form factor, it ensures high performance in signal integrity and mechanical stability. This connector supports efficient assembly and maintenance, making it ideal for use in complex electronic systems where durability and consistent connectivity are critical. Manufactured by 集成电路制造商, this product meets stringent quality standards to deliver dependable operation in various environments.
1410966-1 Technical Specifications
参数 | 规格 |
---|---|
Connector Type | Board-to-Board |
职位数 | 2 |
Contact Material | Phosphor Bronze |
Contact Plating | Gold over Nickel |
Pitch | 2.54 mm (0.1 in) |
Current Rating | 3 A per contact |
工作温度范围 | -40??C to +105??C |
Mounting Style | Through-Hole |
Housing Material | High-Temperature Thermoplastic |
Durability (Mating Cycles) | 500 cycles |
1410966-1 Key Features
- Reliable Electrical Contact: The gold-plated phosphor bronze contacts ensure low contact resistance, which improves signal integrity and reduces power loss in critical circuits.
- Compact 2-Position Design: Enables space-saving board layouts without compromising connection stability, beneficial in compact industrial control systems.
- High Thermal Resistance: The thermoplastic housing withstands temperatures up to 105??C, making it suitable for harsh thermal environments encountered in industrial electronics.
- Robust Mechanical Durability: Rated for 500 mating cycles, it supports long-term reliability in applications requiring frequent service or reconfiguration.
1410966-1 Advantages vs Typical Alternatives
This connector offers enhanced durability and electrical performance compared to typical connectors in its class, thanks to its gold plating and phosphor bronze contacts. Its through-hole mounting ensures mechanical stability in high-vibration environments, while the compact 2-position design aids in efficient PCB real estate usage. The high-temperature thermoplastic housing further distinguishes it by providing robust operation under thermal stress, delivering superior reliability and lifespan over many standard alternatives.
🔥 畅销产品
典型应用
- Industrial automation equipment requiring secure, low-resistance connections for control signals and power distribution, ensuring reliable system operation in rugged conditions.
- Consumer electronics where compact and efficient board-to-board connectors are needed to maximize design flexibility and device miniaturization.
- Communication devices that demand consistent signal integrity and durability for high-frequency data transfer.
- Test and measurement instruments where frequent mating cycles require connectors with high mechanical endurance and stable contact resistance.
1410966-1 Brand Info
The 1410966-1 is a product from 集成电路制造商, a recognized leader in electronic interconnect solutions. The company specializes in delivering high-quality connectors that meet rigorous industrial standards for performance and reliability. This specific product line is designed to address demanding electronic assembly challenges, providing engineers and sourcing specialists with dependable components for critical applications. Known for innovation and precision manufacturing, 集成电路制造商 supports a wide range of industrial and commercial sectors with comprehensive product offerings.
常见问题
What type of mounting does the 1410966-1 connector use?
The connector utilizes a through-hole mounting style, which provides strong mechanical support by soldering the pins directly through the PCB. This method enhances stability, especially in applications subject to vibration and mechanical stress.
🌟 特色产品
What are the environmental operating conditions for this connector?
The device is rated to operate within a temperature range of -40??C to +105??C, making it suitable for various industrial environments, including those with elevated heat levels. This ensures reliable performance across a wide spectrum of operating conditions.