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N Female Connector 1/2 ANDREW L4PNF-RC

Rp. 146
Last Updated
07 May 2023
Minimum Order
1 Pcs

Specification of N Female Connector 1/2 ANDREW L4PNF-RC

Feeder Connector N Female 1/2 ANDREW L4PNF-RC Is A High Quality Feeder Connector Which Is Designed For Aircraft Radio Application On BTS Cellular, Transmitters Television Stations, FM-AM Radio Station, Navigation, Radar, Etc. Feeder Connector N Female 1/2 ANDREW L4PNF-RC Also Suitable For Feeder Cable 1/2 LEONI, RFS, SUHNER, EUPEN, DRAKA, ROSENBERGER, Etc. Feeder Connector N Female 1/2 ANDREW L4PNF-RC Can Be Found In Our Company .


Specifications

Product Classification

Product TypeWireless and radiating connector
Product BrandHELIAX® | RingFlare™

General Specifications

Body StyleStraight
Cable FamilyLDF4-50A
Inner Contact Attachment MethodCaptivated
Inner Contact PlatingGold
InterfaceN Female
Mounting AngleStraight
Outer Contact Attachment MethodRing-flare
Outer Contact PlatingTrimetal
PressurizableNo

Dimensions

Length71.12 mm | 2.8 in
Diameter22.098 mm | 0.87 in
Nominal Size1/2 in

Outline Drawing

Click on image to enlarge.

Electrical Specifications

3rd Order IMD at Frequency-120 dBm @ 910 MHz
3rd Order IMD Test MethodTwo +43 dBm carriers
Insertion Loss, typical0.05 dB
Attenuation, Ambient Temperature20 °C | 68 °F
Average Power at Frequency0.6 kW @ 900 MHz
Cable Impedance50 ohm
Connector Impedance50 ohm
dc Test Voltage2000 V
Inner Contact Resistance, maximum2 mOhm
Insulation Resistance, minimum5000 mOhm
Operating Frequency Band0 – 8800 MHz
Outer Contact Resistance, maximum0.3 mOhm
Peak Power, maximum10 kW
RF Operating Voltage, maximum (vrms)707 V
Shielding Effectiveness-110 dB

Return Loss/VSWR

Frequency BandVSWRReturn Loss (dB)
45–1000 MHz1.0436.00
1000–2500 MHz1.0631.00
2500–5000 MHz1.1027.00
5000–7000 MHz1.1424.00
7000–8000 MHz1.2021.00
8000–8800 MHz1.3317.00

Mechanical Specifications

Attachment Durability25 cycles
Connector Retention Tensile Force889.644 N | 200 lbf
Connector Retention Torque5.423 N-m | 48 in lb
Insertion Force66.723 N | 15 lbf
Insertion Force MethodMIL-C-39012C-3.12, 4.6.9
Interface Durability50 cycles
Interface Durability MethodIEC 61169-16:9.5
Mechanical Shock Test MethodMIL-STD-202, Method 213, Test Condition I




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