Same-Day Shipping in the next 3:14:08
Same-day shipping if you order in the next hours!
Need assistance? Call 1-800-715-4396

Formable .086 Formable Coax Cable Black FEP Jacket

SKU: FM-SR086TBJ
DISCONTINUED PRODUCT
Replaced By: FM-SR086TBJ-BULK
Product Documents
Key Specifications
Key Specifications.
Generic NameFormable .086
Flex TypeFormable
Impedance50 Ohm
Dielectric TypePTFE
Velocity of Propagation69.5 %
Jacket Diameter0.105 in
Jacket MaterialFEP
No. of Shields1
Attenuation at 1 Ghz.19.5 dB
Power, Max at 1 Ghz.121.5 Watts
RF Shielding100 dB
Frequency, Max61 GHz
Max Operating Temperature125 deg C
Center Conductor TypeSolid
Inner Conductor, Number of Strands1
Minimum Bend Radius, One Time0.5 in
Minimum Bend Radius, Repeated0.787 in
Coax TypeCoax
Description

Formable .086 Formable Coax Cable Black FEP Jacket

FM-SR086TBJ 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 FM-SR086TBJ coax cable is manufactured in a formable design and has a 50 Ohm impedance.This formable 50 Ohm coax cable Formable .086 FM-SR086TBJ is constructed with a 0.105 inch diameter and FEP jacket.

Formable .086 FM-SR086TBJ formable 50 Ohm coax cable with FEP jacket is rated for a 61 GHz maximum operating frequency. This 50 Ohm 0.105 inch diameter and formable coax cable is built with a shield count of 1 and RF shielding of 100 dB.

Fairview Microwave FM-SR086TBJ coax is constructed with PTFE dielectric and a maximum operating temperature of 125 degrees C. FM-SR086TBJ coax cable specs for this wire properties can be found on its RF coax cable FM-SR086TBJ datasheet PDF specifications above.

FM-SR086TBJ cable is part of more than one million RF, microwave and millimeter wave parts in stock at Fairview. This FM-SR086TBJ 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.