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China Y11 Series Mini-Circular Connectors - Reliable Military Connectors from Trusted Suppliers and Factory
Features and Advantages
Quick Push-Pull Lock
Compact & Lightweight
EMI Shielded Options
Harsh Environment Rated
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These connectors are distinguished by a quick push-pull locking mechanism, enabling rapid, tool-free mating and unmating — crucial for field maintenance and operational urgency.
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Their design prioritizes efficiency, offering a compact and lightweight form factor that minimizes space and weight burden in vehicle and portable equipment installations. Despite their small size, they deliver robust environmental resistance, typically sealed against moisture, dust, and vibration to ensure performance in harsh settings.
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Despite their small size, they offer exceptional environmental resistance, reliably sealing against contaminants. The series offers significant versatility with a wide range of types, including variations in pin counts and configurations.
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Electrical termination is achieved through solder contacts, ensuring a secure and gas-tight connection for enhanced reliability. Users can select from shielded versions (EMI protection) or non-shielded types. For mechanical mounting, both flange (panel installation) and cable (in-line cable connection) termination styles are available.
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The connectors boast a compact, lightweight design, reducing the overall bulk and weight of electronic assemblies — a crucial factor in vehicle and portable equipment design.
Application
Beyond their primary use in radios and vehicle electronics, the Y11 series' ruggedized and versatile nature makes it suitable for allied sectors where durability is paramount.
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Avionics
Reliable performance in airborne systems and flight-critical electronics.
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Ground Support Equipment
Engineered for durability in demanding ground operations and support machinery.
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Maritime Systems
Sealed against moisture and corrosion for dependable marine applications.
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Industrial Machinery
Specialized equipment operating in severe environmental conditions.
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Radio & Vehicle Electronics
Primary application for military and tactical communication systems.
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Critical Electrical Systems
Ensures continuous operational readiness under stress and demanding use.
Frequently Asked Questions
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What is the locking mechanism used in the Y11 series connectors?
The Y11 series connectors use a quick push-pull locking mechanism, which allows for rapid, tool-free mating and unmating. This is especially valuable in field maintenance scenarios and situations requiring fast operational response.
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Are the Y11 connectors suitable for harsh outdoor or industrial environments?
Yes. The Y11 series provides exceptional environmental resistance, including sealing against moisture, dust, and vibration. This makes them well-suited for harsh outdoor, military, marine, and industrial environments where reliability under stress is critical.
Q
What termination styles are available for the Y11 series?
The Y11 series offers two primary termination styles: flange termination for panel installation and cable termination for in-line cable connections. Electrical connections are made via solder contacts, ensuring a secure and gas-tight interface.
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Do the Y11 connectors offer EMI shielding options?
Yes. The series is available in both shielded and non-shielded versions. Shielded variants provide electromagnetic interference (EMI) protection, making them ideal for sensitive signal transmission in radio, avionics, and other electronics applications.
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What industries and applications are the Y11 connectors used in?
While primarily designed for radios and vehicle electronics, the Y11 series is widely used in avionics, ground support equipment, maritime systems, and specialized industrial machinery. Their ruggedized construction ensures continuous operational readiness across all these sectors.
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How does the compact design of the Y11 series benefit system integration?
The compact and lightweight form factor of the Y11 connectors reduces the overall bulk and weight of electronic assemblies. This is a critical advantage in vehicle and portable equipment design, where minimizing space and weight without compromising reliability is essential.
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