Amphenol RF offers a full range of 50 Ohm 4.1-9.5 connectors, adapters and cable assemblies. These interconnect products are engineered for the wireless market and ideal for applications requiring low passive intermodulation, or PIM.

4.1-9.5 interconnects are low PIM tested, making them ideal for mobile communication systems and wireless applications. These connectors are able to match the performance and mechanical robustness of a 7-16 or N-Type connector in a smaller footprint.

The Amphenol version features a patented ultra-slim push-pull coupling system which allows quick installation and ensures positive locking and high retention.

Features and Benefits

Excellent low PIM performance
High reliability threaded coupling mechanism
Supports a wide variety of cable types
Field replaceable connectors available

Applications

Distributed Antenna Systems (DAS)
Base Stations
Antennas
Cell Installations
RFID

Related Products

4.1-9.5 Adapters

4.1-9.5 Connectors Specifications

Electrical

Items
Impedance	50 Ohm
Frequency Range	DC - 14 GHz
Voltage Rating	1400 Volts RMS Continuous
Dielectric Withstanding Voltage	2500 VRMS Min
VSWR (Return Loss)
Straight DC - 0.5 GHz	1.065 (-30 dB) Max
Straight 0.5 - 4 GHz	1.15 (-23 dB) Max
Straight 4 - 10 GHz	1.22 (-20 dB) Max
Insulation Resistance	5000 MΩ Min
Center Contact Resistance	1 mΩ Max
Outer Contact Resistance	0.1 mΩ Max
RF Leakage	-128 dB Max (DC-1 GHz)
Insertion Loss	.05 √(f(GHz)) dB Max
Passive Intermodulation (PIM)	-160 dBc
Power Handling	450 W @ 2 GHz @ 90 ºC

Environmental

Items
Temperature Range	-40⁰C to +85⁰C
Thermal Shock	IEC 60068-2-14-NA
Corrosion	MIL-STD-202, Method 101 (Test Condition B)
Vibration	IEC 60068-2-6-FC
Mechanical Shock	IEC 60068-2-27
Moisture Resistance	IEC 60068 40/ 085/ 21

Mechanical

Items
Mating Cycles	500 Min
Coupling Mechanism	Threaded
Interface Specification	IEC 60169-11, DIN 47231
Engagement Force	15 N (3.37 lb) Typ
Disengagement Force	10 N (2.25 lb) Typ
Mating Torque, Min Working	10 -12 N-m (88-106 in-lbs)

Note: These characteristics are typical and may not apply to all connectors.

Connector configurations may affect performance.