Explore Our HUADA 3.5-KK1G mmWave Connector: Unleash High-Frequency Potential

The HUADA 3.5-KK1G mmWave connector is an essential component for cutting-edge microwave measurement and millimeter wave equipment. With an impressive operating frequency range of 33GHz (expandable up to 35GHz), this connector delivers exceptional performance. Its air interface design ensures seamless compatibility with SMA series and K series connectors, making it a versatile choice for engineers and researchers. Whether you’re working on radar systems, satellite communication, or high-speed data transmission, the 3.5-KK1G connector provides reliable connectivity. Trust in its 50 Ω impedance, robust construction, and 500 mating cycles for consistent results even in demanding environments.

Key Features of the HUADA 3.5-KK1G Connector

Impedance (50 Ω): The connector’s impedance ensures efficient signal transmission, minimizing reflections and losses. It’s a critical factor for maintaining high-frequency performance.
Maximum Frequency (33 GHz, expandable to 35 GHz): This connector operates in the millimeter wave range, making it ideal for applications requiring ultra-high frequencies. Whether you’re working on radar systems, satellite communication, or scientific research, the 3.5-KK1G connector can handle it.
Temperature Range:
Maximum Operating Temperature (+125 °C): The connector remains stable even in demanding environments with elevated temperatures.
Minimum Operating Temperature (-55 °C): It’s designed to withstand extreme cold, ensuring reliability across various conditions.
Mating Cycles (500 cycles): Engineers and researchers can confidently connect and disconnect this connector up to 500 times without compromising performance. Durability matters, especially during testing and prototyping.
Gender (Female): The 3.5-KK1G is a female connector, compatible with corresponding male connectors. Gender compatibility simplifies system design and integration.
Series (mmwave Microstrip): The mmwave Microstrip series emphasizes compactness and efficient signal propagation. Its design optimizes electrical performance while maintaining a small footprint.

Technical Features Table: