Discover the HUADA ZMDM-66PH Connector: Smaller, Yet Powerful

The HUADA ZMDM-66PH connector redefines compactness without compromising on performance. With dimensions 2.78mm shorter in length, 5.4mm narrower, and 3.9mm lower than its predecessor (the J29A series), this micro rectangular connector packs a punch. Whether you’re designing for aerospace, telecommunications, or military applications, the ZMDM-66PH offers a space-saving solution that doesn’t sacrifice reliability. Its impressive technical features include high insulation resistance (5000 mΩ), a mechanical life of 500 cycles, and robust impact and vibration resistance. Say hello to efficiency in a smaller footprint!
The ZMDM-66PH connector thrives in challenging conditions. It can handle temperatures ranging from -55°C to +125°C, making it suitable for extreme environments. With low contact resistance (8 mΩ) and pressure resistance up to 800V, it ensures reliable electrical connections. Whether you’re building ruggedized equipment or optimizing space-constrained designs, the HUADA ZMDM-66PH connector is your go-to choice. Compact, efficient, and performance-driven – it’s time to elevate your connectivity game!

Key Features of the HUADA ZMDM-66PH Connector

Positive Contact and High-Density Design: The ZMDM-66PH connector features positive contacts that utilize elastic stranded pins. These pins ensure reliable electrical connections even in demanding environments.
Its high-density design, with a pitch of 1.27mm, optimizes space on your PCB, allowing for efficient integration into your electronic systems.
Dimensions and Compatibility: This connector series offers eight specifications, ranging from 9 to 74 cores. Whether you need a compact solution or a larger configuration, the ZMDM-66PH has you covered.
Importantly, it is equivalent to the American MD series, ensuring compatibility with existing designs.
Temperature Range and Durability: The ZMDM-66PH connector is built to withstand extreme conditions:
With a mechanical life of 500 cycles, it proves its durability over repeated insertions and removals.
Electrical Performance: Insulation Resistance: At 5000 mΩ, it ensures reliable isolation between contacts.
Contact Resistance: With only 8 mΩ, it minimizes energy loss during current flow.
Pressure Resistant: It can handle voltages up to 800V, making it suitable for various applications.
Environmental Resilience: Impact Resistance: Rated at 490m/s², it can withstand shocks and vibrations.
Vibration Resistance: Tested from 10Hz to 2000Hz at 196m/s², it remains stable even in dynamic environments.
Relative Humidity: Operating at 40°C and 98% humidity, it maintains performance under challenging conditions.

Technical Features Table:

SHENZHEN ECER NETWORK TECHNOLOGY CO.,LTD is a professional electronic components supplier and distributor. We have been providing multiple items - Cooling Fans, Power Supply Units, LCD Displays PCB and PCBA Control Boards, AC Cords and Cables, IC Chips, Test Fixtures, Power Module, RF, Capacitor, Resistor, Diode, LED, Microcontrollers etc - to meet and satisfy the growing demand of electronics for the Global Electronic Industry.

These products are used in several market segments, including Mining, Communication Equipment & Networking, Telecommunications, Consumer Electronics, Automotive, Medical and Industrial applications. We maintain a strong world-wide network with manufacturers, technologic research institutions and franchise distributors, as well our own comprehensive stock inventory. This allows us to offer competitive prices and short lead-time on our products, which are being exported to America, Europe, South America, Middle East, and South-East Asia.

We claim to collaborate with our partners and customers on the basis of mutual benefit, mutual support, and co-development. Our goal is to provide our customers with high quality products, a diverse selection, competitive prices, rapid lead-time, swift shipping, and reliable after-sale service to meet their satisfaction. We sincerely welcome you to exchange with us and look forward to a successful future collaboration.