Page 202 - SMB to 95 Ohm 3/4"-20 Twinax RF Cable Assembly Datasheets

SMP Female to SMP Female Cable Using PE-P047 Coax

RF Cable Assemblies Technical Data Sheet PE3C0757

Configuration
• Connector 1: SMP Female
• Connector 2: SMP Female
• Cable Type: PE-P047

Features
• Max Frequency 18 GHz
• Shielding Effectivity > 90 dB
• 70% Phase Velocity
• Double Shielded
• FEP Jacket

Applications

• General Purpose • Laboratory Use
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Description
Pasternack’s PE3C0757 SMP female to SMP female cable using PE-P047 coax is part of our full line of RF components avail-
able for same-day shipping. Pasternack’s flexible RF cable assemblies are ideal for applications where tight bends and flexure
are required. This Pasternack SMP to SMP cable assembly has a female to female gender configuration with 50 ohm flexible
PE-P047 coax. The PE3C0757 SMP female to SMP female cable assembly operates to 18 GHz. The double shielding of this
Pasternack cable assembly provides excellent shielding effectiveness of better than 90 dB.
Custom versions of most RF cable assemblies can be built and shipped same day. Custom cable assembly lengths can be
obtained by specifying the desired length on the web site at time of order or by contacting a sales representative. Other avail-
able RF cable assembly value added services include connector orientation or clocking, heat shrink booting and custom label-
ing. RF testing can also be performed to document the electrical performance of your cable assembly.

Electrical Specifications
Description Minimum Typical Maximum Units
Frequency Range DC 18 GHz
VSWR 1.5:1
Velocity of Propagation 70 %
RF Shielding 90 dB
Capacitance 29 [95.14] pF/ft [pF/m]
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Click the following link (or enter part number in “SEARCH” on website) to obtain additional part information including price,
inventory and certifications: SMP Female to SMP Female Cable Using PE-P047 Coax PE3C0757
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Pasternack does not make
any representation or warranty regarding the suitability of the part described herein for any particular purpose, and Pasternack does not assume any liability arising out of the use of any part or documentation.

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