RG214 Flexible Coax Cable Black PVC Jacket
SKU: RG214
Key Specifications
Key Specifications. |
Generic Name | RG214 |
Flex Type | Flexible |
Impedance | 50 Ohm |
Dielectric Type | PE |
Velocity of Propagation | 66 % |
Jacket Diameter | 0.425 in |
Jacket Material | PVC |
No. of Shields | 2 |
Frequency, Max | 11 GHz |
Max Operating Temperature | 70 deg C |
Center Conductor Type | Solid |
Inner Conductor, Number of Strands | 7 |
Minimum Bend Radius, One Time | 2.165 in |
Minimum Bend Radius, Repeated | 3.228 in |
Coax Type | Coax |
Description
RG214 Flexible Coax Cable Black PVC Jacket
RG214 coax cable from Fairview is only one of a large number of radio frequency twinaxial and coaxial cable types specifically stocked to be ready for quick shipment. Fairview Microwave RG214 coax cable is manufactured in a flexible design and has a 50 Ohm impedance.This flexible 50 Ohm coax cable RG214 is constructed with a 0.425 inch diameter and PVC jacket.
RG214 flexible 50 Ohm coax cable with PVC jacket is rated for a 11 GHz maximum operating frequency. This 50 Ohm 0.425 inch diameter and flexible coax cable is built with a shield count of 2.
Fairview Microwave RG214 coax is constructed with PE dielectric and a maximum operating temperature of 70 degrees C. RG214 coax cable specs for this wire properties can be found on its RF coax cable RG-214 datasheet PDF specifications above.
RG214 cable is part of more than one million RF, microwave and millimeter wave parts in stock at Fairview. This RG-214 coax cable is ready to buy and can be shipped worldwide. Fairview also maintains a wide selection of other radio frequency twinaxial and coaxial cable types that ship same-day from our warehouse as with the rest of our other RF/microwave and millimeter wave components.
Tariff Surcharge
Section 301 USTR Import Tariff related to this product. This product may have a surcharge if the product is shipped to an address within the United States. This surcharge will be finalized after the Shipping Address information is entered on the Check Out page.