Name: Low PIM Coaxial RF Connector 2.2-5 Female Solder to RG402 Cable
Brand: raynool
SKU: 00663
Availability: InStock
Rating: 5 (1 reviews)

Home > Connector & Adapter > 2.2-5

Low PIM Coaxial RF Connector 2.2-5 Female Solder to RG402 Cable

Description Review

Description

Low PIM Coaxial RF Connector

Raynool manufacture a full series of Low PIM RF Connector, with interface including RNX10, 2.2-5, SMA, QMA, Type N, 4.3-10, 7/16 DIN. These connectors are available in Male and Female, straight and Right Angle versions and attached to varies Low PIM coaxial cable, offer dependable performace up to 6 GHz.

10+

Years Experience

1 week

Fast Turnaround

500+

Connectors in stock

100%

Inspection

Low PIM Coaxial RF Connector 2.2-5 Female Solder to RG402 Cable

Feature & Benefits:
(1) Impedance: 50 ohm.
(2) Low VSWR: < 1.15 @ 6 GHz.
(3) Low PIM: < -161 dBc @ 2*20W
(4) Durable Mechanics rated for > 500 cycles mating.

Electrical Data:
Frequency Ranges:	0-6 GHz
Impedance:	50 ohm
VSWR:	<1.15
PIM:	<-161 dBc @ 2*20W
Material & Finished
Center Conductor:	Phosphor Bronze, Ag plating
Dielectric:	PTFE
Body:	Brass, Tri-Metal plating
To customized Coaxial RF Connector or for further information/Datasheet Contact: sales@raynool.com

A PIM lever of -155 dBc @ 2*20W is a fairly standard in the industry, at Raynool, we design and test our RF Connector with PIM better than -161 dBc @ 2*20W.

Low PIM Coaxial RF Connector

Feature:
1. Low PIM Performance: Low Passive Intermodulation(<-161 dBc) to meet the high requirement on DAS network.
2. Low Insertion Loss: Optimized structure to ensure minimal singal loss.
3. Dependable Performance: Robust design and Tri-metal plating to resist harsh outdoor environments(IP67 rated), 500 cycles mating.
4. Versatile Deployment: Ideal for 4G, 5G stations, Distributed Antenna Systems(DAS), BDA, Lab testing, ensuring Long term signal interity.

Low PIM Solution
PIM is a type of distortion/noise generated by two or more high power signals interacting with non-linear characteristics in the RF path. While PIM is an issue for almost every wireless system, it is more noticeable in cellular applications such as 5G because the frequency bands used are very close to each other. PIM can create interference that limits receive sensitivity, lowering the cellular system’s reliability, data rate, and capacity. Passive intermodulation issues can result in decreased system capacity and data rates and dropped calls.

Language

Language

Low PIM Coaxial RF Connector 2.2-5 Female Solder to RG402 Cable