The ZCG Scalar TM-7958-4 is a right-angle TNC male connector engineered for high-frequency RF performance and efficient cable routing in space-constrained installations. Supporting operation from DC to 11 GHz with a 50-ohm impedance, it is suited to demanding wireless communication, telemetry, and data transmission systems where signal integrity and mechanical reliability are critical.
Designed for compatibility with RG58 coaxial cable types – including MIL-SPEC stranded and low-loss solid core variants – the TM-7958-4 features a solder pin centre contact combined with a crimp termination for secure outer conductor retention. This configuration ensures consistent electrical performance while supporting repeatable, field-ready assembly.
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The ZCG Scalar TM-7958-4 is a right-angle TNC male connector engineered for high-frequency RF performance and efficient cable routing in space-constrained installations. Supporting operation from DC to 11 GHz with a 50-ohm impedance, it is suited to demanding wireless communication, telemetry, and data transmission systems where signal integrity and mechanical reliability are critical.
Designed for compatibility with RG58 coaxial cable types – including MIL-SPEC stranded and low-loss solid core variants – the TM-7958-4 features a solder pin centre contact combined with a crimp termination for secure outer conductor retention. This configuration ensures consistent electrical performance while supporting repeatable, field-ready assembly.
The right-angle form factor enables clean cable management and reduced strain on the connector interface, making it ideal for dense equipment layouts, enclosure installations, and mobile or vibration-prone environments. Typical applications include communications infrastructure, transport systems, defence platforms, and industrial RF deployments.
Nickel plating provides enhanced corrosion resistance and long-term durability across indoor and exposed operating conditions. For stranded RG58A/U cable, pre-tinning of the centre conductor is recommended to ensure optimal fitment and to prevent strand splay during termination.
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