JRG-8X

DESIGNATION

8X (MINI)

NOM. IMP.

50Ω

TEMP. RANGE

-40 + 60°C

Technical Specifications

DESIGNATION 8X (MINI)

DWG A

CONDUCTOR TYPE & CORE O.D. 19 X 29 BC | FOAM PE .155

SHIELD(S) 1 BC 85%

JACKET MAT. & O.D. PVC .242

NOM IMP. OHM 50

TEMP. RANGE °C -40 + 60

NOM. CAP. PF/FT 26.0

NOM. WEIGHT (LB./1000 FT) 3.1

Coaxial Cable Series

DESCRIPTION:

THE FOLLOWING CABLES ARE COMMONLY USED FOR THE TRANSFER OF HIGH FREQUENCY SIGNALS. THEY ARE USED WHERE ROOM TEMPERATURES ARE ENCOUNTERED.

APPLICATIONS:

HIGH FREQUENCY SIGNAL TRANSFER, RF COMMUNICATIONS, VIDEO TRANSMISSION, DATA COMMUNICATIONS, AND GENERAL PURPOSE COAXIAL APPLICATIONS.

CONSTRUCTION:

CENTER CONDUCTOR (SOLID OR STRANDED COPPER/CCS), DIELECTRIC INSULATION (FOAM PE, SOLID PE, OR AIR/PE), SHIELD (BRAIDED COPPER, TINNED COPPER, OR ALUMINUM), OUTER JACKET (PVC OR PVC/NYLON).

TEMPERATURE RANGE:

-40°C TO +60°C / +80°C / +85°C (VARIES BY TYPE).

About Coaxial Cable

Jaguar Industries offers a comprehensive range of coaxial cables designed for high frequency signal transfer applications. These cables are commonly used where room temperatures are encountered and provide reliable performance for RF communications, video transmission, data communications, and general purpose coaxial applications. Our coaxial cable line includes popular types such as RG6/U, RG8/U, RG11/U, RG58/U, RG59/U, RG62/U, RG174/U, and specialized configurations including twinaxial and triaxial cables. Available in various impedances including 50 ohm, 75 ohm, 78 ohm, 93 ohm, and 100 ohm configurations to meet diverse application requirements. Construction features include center conductors of solid or stranded copper/CCS (copper clad steel), dielectric insulation options of foam polyethylene, solid polyethylene, or air/polyethylene combinations, shielding with braided copper, tinned copper, or aluminum with various coverage percentages, and outer jackets of PVC or PVC/Nylon for enhanced durability. Temperature ratings vary by type, ranging from -40°C to +60°C for standard applications, up to +80°C or +85°C for military specification and high-temperature variants. Each cable type is precisely engineered with specific nominal impedance, capacitance per foot, and weight specifications to ensure optimal performance in its intended application. Military specification cables meet stringent performance requirements for defense and aerospace applications. Available with various drawing designations (A, C, E, F, I) indicating different construction standards. Ideal for telecommunications systems, broadcast equipment, instrumentation, test equipment, military and aerospace systems, and industrial control applications requiring reliable high-frequency signal transmission with minimal loss and interference.