The 10-32 Microdot crimp for RG174 Cable is engineered for precise, repeatable RF connections in compact spaces where every millimeter counts. Designed around the widely used 10-32 Microdot interface, this connector is perfectly matched to RG174 coaxial cable, providing a clean, secure crimp termination that you can trust in critical applications. With a nominal 50 Ohm impedance and a coax-friendly design, it helps maintain signal integrity across a wide frequency range, making it well suited for test and measurement setups, transducer and sensor wiring, vibration analysis systems, and general laboratory instrumentation. The crimp attachment style offers strong mechanical retention and stable electrical contact, minimizing the risk of intermittence or performance drift over time. Engineers and technicians will appreciate the connector’s compact size, which allows it to fit into tight enclosures, dense test fixtures, and portable field equipment without sacrificing reliability. The metal body construction is built to withstand frequent mating cycles, handling, and environmental stress typically encountered in lab and industrial environments. Installation is straightforward using standard RG174 crimp tooling. Once crimped correctly, the strain relief and robust body design help protect the cable from flexing and damage at the termination point. This makes it a dependable choice for both one-off prototypes and repeated production runs. Whether you are building custom adapter leads, sensor harnesses, or specialized RF interconnects, the 10-32 Microdot crimp for RG174 Cable offers a professional-grade solution that balances size, performance, and durability, giving you confidence in your signal path from end to end.

• Compact 10-32 Microdot interface for space-constrained RF applications
• Compatible with RG174 coaxial cable for clean
• secure crimp terminations
• Nominal 50 Ohm impedance to support consistent RF performance
• Crimp attachment style for strong mechanical and electrical reliability
• Durable metal body designed for frequent mating and handling
• Ideal for test
• measurement
• sensor
• and lab instrumentation cables
• Supports custom cable assemblies
• prototypes
• and production harnesses
• Helps maintain low signal loss and stable performance over time