The SMA Male for RG402 Cable connector is engineered for professionals who demand stable, low-loss performance from their RF and microwave assemblies. Designed specifically for 50 Ohm RG402 semi-rigid coaxial cable, it delivers a secure, repeatable connection that helps preserve signal integrity in demanding high-frequency environments. With its threaded SMA interface, this connector provides a mechanically robust coupling that resists loosening from vibration or handling. This makes it particularly well-suited for lab test setups, wireless infrastructure, RF front ends, and embedded radio modules where reliability is critical. The compact size allows it to fit easily into tight racks, small enclosures, and dense PCB-adjacent cabling without compromising performance. Precision-machined metal construction ensures excellent electrical contact and long-term durability. When correctly installed on RG402 cable, the connector supports broadband operation across typical SMA frequency ranges with low VSWR and minimal reflection, helping maintain clean signals and consistent system performance. The SMA Male for RG402 Cable is a practical choice for engineers, technicians, and RF hobbyists assembling custom interconnects or replacing worn connectors in the field. Its standard SMA male interface mates with a wide variety of SMA jacks commonly found on test equipment, antennas, filters, amplifiers, and radio modules. Whether you are building a new RF link, fine-tuning a lab measurement chain, or integrating high-frequency cabling into a compact device, this connector offers a reliable, professional-grade solution. Simple, robust, and purpose-built for RG402, it helps ensure your RF connections remain stable, predictable, and easy to maintain over the long term.

• Designed specifically for 50 Ohm RG402 semi-rigid coaxial cable
• Standard SMA male interface with secure threaded coupling
• Compact form factor suited for tight spaces and dense layouts
• Supports high-frequency RF and microwave applications with low loss
• Robust metal body for durability and stable electrical performance
• Low reflection and low VSWR when properly terminated
• Compatible with common RF equipment
• antennas
• and test instruments