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L4PNF Type-N Female Connector, LDF4-50A

L4PNF Type-N Female Connector, LDF4-50A

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$17.95

Quick Overview

L4PNF Type N Female for 1/2 in LDF4-50A cable (Ring Flare), MFR: Andrew

Details

L4PNF Type N Female for 1/2 in LDF4-50A cable (Ring Flare)

MFR: Andrew

Limited Quantity Available.  Obsolete  (Replaced by L4TNF-PSA)

   
General Specifications  
Interface   N Female
Body Style   Straight
Brand   HELIAX®
Mounting Angle   Straight
   
Electrical Specifications  
Connector Impedance   50 ohm
Operating Frequency Band   0 – 8800 MHz
Cable Impedance   50 ohm
RF Operating Voltage, maximum (vrms)   707.00 V
dc Test Voltage   2000 V
Outer Contact Resistance, maximum   0.30 mOhm
Inner Contact Resistance, maximum   2.00 mOhm
Insulation Resistance, minimum   5000 MOhm
Average Power   0.6 kW @ 900 MHz
Peak Power, maximum   10.00 kW
Insertion Loss, typical  0.05 dB
Shielding Effectiveness   -110 dB
   
Outline Drawing  
   
 Click on image below to enlarge.
   
   
   
Mechanical Specifications  
Outer Contact Attachment Method   Self-flare
Inner Contact Attachment Method   Solder
Outer Contact Plating   Trimetal
Inner Contact Plating   Gold
Attachment Durability   25 cycles
Interface Durability   500 cycles
Interface Durability Method   IEC 61169-16:9.5
Connector Retention Tensile Force   890 N   |   200 lbf
Connector Retention Torque   5.42 N-m   |   48.00 in lb
Pressurizable   No
   
Dimensions  
Nominal Size   1/2 in
Diameter   22.86 mm   |   0.90 in
Length   66.04 mm   |   2.60 in
Weight   68.00 g   |   0.15 lb
   
Environmental Specifications  
Operating Temperature   -40 °C to +85 °C (-40 °F to +185 °F)
Storage Temperature   -40 °C to +85 °C (-40 °F to +185 °F)
Immersion Depth  1 m
Immersion Test Mating   Mated
Immersion Test Method   IEC 60529:2001, IP68
Moisture Resistance Test Method   MIL-STD-202F, Method 106F
Mechanical Shock Test Method   MIL-STD-202, Method 213, Test Condition I
Thermal Shock Test Method   MIL-STD-202F, Method 107G, Test Condition A-1, Low Temperature -55 °C
Vibration Test Method   MIL-STD-202F, Method 204D, Test Condition B
Corrosion Test Method   MIL-STD-1344A, Method 1001.1, Test Condition A
   
Standard Conditions  
Attenuation, Ambient Temperature   20 °C   |   68 °F
Average Power, Ambient Temperature   40 °C   |   104 °F


Return Loss/VSWR
Frequency Band VSWR Return Loss (dB)
45–880 MHz 1.04 35.00
880–1800 MHz 1.08 28.00
1800–5300 MHz 1.12 25.00
5300–6200 MHz 1.15 23.00
6200–7000 MHz 1.22 20.00
7000–7900 MHz 1.33 17.00
7900–8800 MHz 1.5 14.00


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