Siretta ASMZ Series 10 m RF LLC200A Coaxial Cable 50 Ω Black Terminated LLC200A

Siretta ASMZ Series LLC200A model LLC200A is a 10 m length RF coaxial cable terminated with SMA Male and TNC Male connectors. It is designed for use in high-frequency communications up to 6 GHz with a characteristic impedance of 50 Ω, ensuring efficient signal transfer and low reflection for sensitive electronic equipment.

The cable has a solid copper conductor core measuring 0.94 mm diameter, surrounded by a 2.79 mm GAS-FPE insulator and tinned copper braid shield for optimal noise immunity. The jacket is constructed from foam polyethylene with an outer Low Smoke Zero Halogen (LSZH) black PVC jacket of 4.95 mm thickness, providing both durability and fire safety compliance.

Attenuation values are low at 0.52 dB/m at 1.8 GHz and 0.64 dB/m at 2.1 GHz, suitable for demanding RF signal transmission where minimal loss is critical. This terminated cable is RoHS compliant and manufactured under the ASMZ Series by Siretta, ensuring industrial reliability.

Typical applications include instrumentation, telecommunications, networking, laboratory testing, and RF signal routing in manufacturing environments. The cable is well-suited for installations requiring a robust and certified coaxial connection.

The 10-meter length provides flexible installation options. Solid copper conductor enhances signal integrity. Foam polyethylene insulation and LSZH jacket ensure durability and safety. Terminated SMA Male to TNC Male connectors streamline connectivity.

Low attenuation and high-frequency operation up to 6 GHz. RoHS compliant materials for environmental standards. Black jacket color for aesthetic and identification purposes. 50 Ω impedance suited for professional RF applications.

Core and jacket dimensions support consistent performance. Fits industrial, laboratory, and commercial RF cabling needs. Explore additional Siretta ASMZ Series Coaxial Cables for different lengths and connector types to meet all your RF cabling requirements at EnvMart.