TECHNICAL DATA SHEET

TECHNICAL DATA SHEET

1

The PE340’s high performance test cable’s 0.195 inch diameter and 83% phase velocity offer very low loss performance up

to 18 GHz. The durable stainless steel connectors and FEP jacket provide a cost effective design ideal for test environments

where a rugged cable assembly is required. The series is offered with Type N, TNC, and SMA connectors all rated to 18 GHz.

A heavy Duty boot provides improved strain relief and adds to the durability of the cable assemblies. These cable assemblies

are built using a double shielded flexible cable, providing excellent shielding effectiveness of greater than 95 dB. All PE340

cable assemblies are 100% Continuity, Hi-POT, and RF tested to published specifications. Custom lengths are built to order

and shipped same day.

• 83% Velocity of Propagation

•

Shielding effectiveness > 95 dB

•

Maximum VSWR is < 1.35:1 to 18 GHz

•

Minimum Bend Radius of 1.5 inches

• Operating Temperature range of -55 to +125 °C

• ROHS and REACH Compliant

• Same day shipment of custom lengths

• 100% Continuity, Hi-Pot, and RF tested

Configuration

Connector 1

N Male

Connector 2

N Male Right Angle

Cable Type

PE-P142LL

Electrical Specifications

Frequency Range, GHz

DC to 18

Impedance, Ohms

50

Maximum VSWR

1.35:1

Velocity of Propagation, %

83

RF Shielding, dB

95

Typical Performance by Frequency

Frequency 1

Frequency, MHz

400

Insertion Loss

0.045 dB/ft [0.15 dB/m ]

Power Handling, KWatts

1.2

Frequency 2

Frequency, MHz

1000

Insertion Loss

0.072 dB/ft [0.24 dB/m ]

Power Handling, Watts

700

Frequency 3

Frequency, GHz

2

Insertion Loss

0.103 dB/ft [0.34 dB/m ]

Power Handling, Watts

500

Click the following link (or enter part number in “SEARCH” on website) to obtain additional part information including price,

inventory and certifications: N Male to N Male Right Angle Low Loss Test Cable Using PE-P142LL Coax, RoHS PE345

PE345 REV 1.2

PE345

N Male to N Male Right Angle Low Loss Test

Cable Using PE-P142LL Coax, RoHS