N Male Stright Connector 3/8 ANDREW L2PNM-HC

Specification of

Feeder N Male connector 3/8 L2PNM Stright-HC is a high-quality feeder connector which is designed for applications in cellular BTS radio, television station transmitter, FM-AM radio stations, navigation, radar, etc. Feeder N male connectors 3/8 L2PNM stright-HC is not only suitable for the feeder cable Only 3/8 LDF2 but suitable also for the feeder cable 3/8 Brand LEONI, RFS, DRAKA, Rosenberger, etc.

Specifications

Product Classification

Product Type	Wireless and radiating connector
Product Brand	HELIAX®

General Specifications

Body Style	Straight
Cable Family	LDF2-50
Inner Contact Attachment Method	Captivated
Inner Contact Plating	Gold
Interface	N Male
Mounting Angle	Straight
Outer Contact Attachment Method	Self-flare
Outer Contact Plating	Silver
Pressurizable	No

Dimensions

Length	54.864 mm | 2.16 in
Diameter	23.876 mm | 0.94 in
Nominal Size	3/8 in

Outline Drawing

Click on image to enlarge.

Electrical Specifications

3rd Order IMD at Frequency	-112 dBm @ 910 MHz
3rd Order IMD Test Method	Two +43 dBm carriers
Attenuation, Ambient Temperature	20 °C | 68 °F
Average Power at Frequency	0.7 kW @ 900 MHz
Cable Impedance	50 ohm
Connector Impedance	50 ohm
dc Test Voltage	2500 V
Inner Contact Resistance, maximum	1 mOhm
Insulation Resistance, minimum	5000 mOhm
Operating Frequency Band	0 – 10000 MHz
Outer Contact Resistance, maximum	0.25 mOhm
Peak Power, maximum	10 kW
RF Operating Voltage, maximum (vrms)	707 V
Shielding Effectiveness	-110 dB

Return Loss/VSWR

Frequency Band	VSWR	Return Loss (dB)
45–1300 MHz	1.04	35.00
1300–2600 MHz	1.06	31.80
2600–5000 MHz	1.10	26.80
5000–7000 MHz	1.23	20.00
7000–13000 MHz	1.44	15.00

Mechanical Specifications

Connector Retention Tensile Force	671.681 N | 151 lbf
Connector Retention Torque	2.7 N-m | 23.9 in lb
Coupling Nut Proof Torque	1.7 N-m | 15.05 in lb
Coupling Nut Proof Torque Method	IEC 61169-16:9.3.11
Coupling Nut Retention Force	445 N | 100.04 lbf
Coupling Nut Retention Force Method	IEC 61169-16:9.3.11
Insertion Force	124.55 N | 28 lbf
Insertion Force Method	IEC 61169-16:9.3.5
Interface Durability	500 cycles
Interface Durability Method	IEC 61169-4:17
Mechanical Shock Test Method	IEC 60068-2-27