Page 2450 - BNC to N RF Cable Assembly Datasheets

VNA Ruggedized Test Cable N Male to
SMA Female 18GHz, RoHS

RF Cable Assemblies Technical Data Sheet PE3VNA1806

Configuration
• Connector 1: N Male
• Connector 2: SMA Female
• Cable Type: PE-VNA-R

Features
• Max Frequency 18 GHz
• Shielding Effectivity > 90 dB
• 70% Phase Velocity
• Triple Shielded
• PET Jacket
• Designed for use as VNA Test Port extenders
• Excellent VSWR and Insertion Loss
• Stainless Steel Armoring provides crush resistance
• Non Conductive protective outer sleeve
• Torsion resistant connector heads
• Rugged connector interface with machined strain relief
collar
• Excellent Amplitude and Phase stability with flexure
• Each Serialized assembly comes with test data
• In stock and ready to ship

Applications
• General Purpose • Vector Network Analyzer Test port • Precise Bench top testing
• Laboratory Use extenders • Lab and Production testing
.
Description
Pasternack ruggedized VNA Test Cables are designed to provide customers with repeatable accurate VNA measurements.
These Test cables have excellent electrical properties including low Insertion Loss, low VSWR and phase stability of +/- 2°
with flexure. Torsion resistant connector heads are directly attached to stainless steel conduit style armoring providing a rug-
ged design for up to 5,000 mattings cycles with proper care. The cable armoring enhances amplitude and phase stability by
preventing stress due to over bending while maintaining the flexibility required for testing in a lab environment. When used
with the appropriate calibration KIT these test cables effectively extend the test port of the VNA allowing for accurate measure-
ments of devices that cannot be directly connected to a Network Analyzer test port.

Click the following link (or enter part number in “SEARCH” on website) to obtain additional part information including price,
inventory and certifications: VNA Ruggedized Test Cable N Male to SMA Female 18GHz, RoHS PE3VNA1806
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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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