WCA September 2018

Technology news

Connectors for high reliability and low signal loss

AMPHENOL RF has introduced a selection of redesigned TNC connectors optimised for use with Low Loss 195 and 240 cables. Low Loss cables provide enhanced shielding with a bonded foil construction ensuring 100 per cent coverage. The connectors feature a nominal impedance of 50 ohms and offer low return loss from DC to 6 GHz. The new TNC connectors are available in straight jack, bulkhead jack, straight plug and right angle plug configurations. All designs feature a crimp termination, allowing for quick and secure assembly, and require standard hex crimp tooling. The redesigned TNC connectors provide consistent electrical performance at high frequencies and feature improved grounding for more stable RF performance. Amphenol RF’s TNC connectors optimised for Low Loss cables are suitable for applications requiring high reliability and low signal loss. TNC connectors can also be found in various industrial, wireless and broadband solutions. Amphenol RF is a manufacturer of coaxial connectors for use in radio frequency, microwave and data transmission system applications. Amphenol – USA Website : www.amphenolrf.com

❍ The redesigned connectors from Amphenol

Accurate and precise angles on re-cut dies from Ajex & Turner

❍ The TCD-10 from Ajex & Turner

steel pins with compressed air pressure. The electrical spindle speed is 24,000 rpm. This machine is suitable for die hole sizes from approximately 0.5 to 20mm. The TCD-10 saves diamond slurry/paste and has less power consumption. Ajex & Turner – India Website : www.ajexturner.com

Ajex & Turner’s TCD-10 grinds and polishes angles and bearings in one operation, saving time and energy, and is also cost effective. The machine operates at a very high speed and can recondition dies in a short period of time. It provides accurate and precise angles on re-cut dies. Customers can achieve a mirror polish using diamond suspension and

63

www.read-wca.com

Wire & Cable ASIA – September/October 2018

Made with FlippingBook Annual report