Cable Splitters | weBoost by Wilson Pro / Wilson Electronics.

Cable Splitter made by weBoost / WilsonPro parent company Wilson Electronics offers six options to choose from the drop-down menu above. Details of each are as follows:

Two Way Splitter (50 Ohm) with N-Female Connector Specs.:

Splitter 2 Way, -3 dB signal loss, covering frequencies 700-2700 MHz, N Female Connectors, 50 Ohm. For use in signal distribution systems to split the amplified signal with minimum signal loss. Equal amounts of signal sent to multiple antennas for similarly sized areas.

Model	859957
Connectors	N-Female
Dimensions	3.7 × 2.5 × 0.78 inches
Frequency	700-2700 MHz
Impedance	50 Ohm
Signal Loss	3 dB
Insertion Loss	0.4 dB
VSWR	≤2.0:1
Isolation	≥20
Power Capacity	50 W
Operating Temperature	-40 to 140 Degrees Fahrenheit
Weight	4.23 Oz
UPC	813986008218

 

Two Way Splitter (75 Ohm) with F-Female Connector Specs.:

Splitter 2 Way with -3 dB signal loss covering 698-2700 MHz frequencies and F Female Connectors. 2 Way Splitter, 75 Ohm with F-Female Connectors. For use in signal distribution systems to split the amplified signal with minimum signal loss. Equal amounts of signal sent to multiple antennas for similarly sized areas.

Model	850034
Connectors	F-Female
Dimensions	3.6 x 3.5 x 0.8 inches
Frequency	698-2700 MHz
Impedance	75 Ohm
Signal Loss	3 dB
Insertion Loss	0.4 dB
VSWR	≤2.0:1
Isolation	≥20
Power Capacity	50 W
Operating Temperature	-40 to 140 Degrees Fahrenheit
Weight	7.04 Oz
UPC	811815028970

 

Three Way Splitter (50 Ohm) with N-Female Connector Specs.:

Splitter 3 Way with -4.5 dB signal loss covering 700-2700 MHz frequencies with N Female Connectors and 50 Ohm impedance. For use in signal distribution systems to split the amplified signal with minimum signal loss. Equal amounts of signal sent to multiple antennas for similarly sized areas.

Model	859980
Connectors	N-Female
Dimensions	3.9 × 2.9 × 0.78 inches
Frequency	700-2700 MHz
Impedance	50 Ohm
Signal Loss	4.5 dB
Insertion Loss	0.5 dB
VSWR	≤2.3:1
Isolation	≥20
Power Capacity	50 W
Operating Temperature	-40 to 140 Degrees Fahrenheit
Weight	6.34 Oz
UPC	811815020066

 

Three Way Splitter (75 Ohm) with F-Female Connector Specs.:

Splitter 3 Way with -4.5 dB signal loss covering 698-2700 MHz frequencies with F Female Connectors. For use in signal distribution systems to split the amplified signal with minimum signal loss. Equal amounts of signal sent to multiple antennas for similarly sized areas.

Model	850035
Connectors	F-Female
Dimensions	4.0 x 4.7 x 0.8 inches
Frequency	698-2700 MHz
Impedance	75 Ohm
Signal Loss	4.5 dB
Insertion Loss	0.5 dB
VSWR	≤2.3:1
Isolation	≥20
Power Capacity	50 W
Operating Temperature	-40 to 140 Degrees Fahrenheit
Weight	10.88 Oz
UPC	811815028987

 

Four Way Splitter (50 Ohm) with N-Female Connector Specs.:

Splitter 4 Way with -6 dB signal loss covering 700-2700 MHz frequencies with N Female Connectors and 50 Ohm impedance. For use in signal distribution systems to split the amplified signal with minimum signal loss. Equal amounts of signal sent to multiple antennas for similarly sized areas.

Model	859981
Connectors	N-Female
Dimensions	4.5 × 4.5 × 0.98 inches
Frequency	700-2700 MHz
Impedance	50 Ohm
Signal Loss	6 dB
Insertion Loss	0.6 dB
VSWR	≤2.4:1
Isolation	≥20
Power Capacity	50 W
Operating Temperature	-40 to 140 Degrees Fahrenheit
Weight	11.64 Oz
UPC	811815020073

 

Four Way Splitter (75 Ohm) with F-Female Connector Specs.:

Splitter 4 Way with -6 dB cable signal loss covering 698-2700 MHz frequencies with F Female Connectors. For use in signal distribution systems to split the amplified signal with minimum signal loss. Equal amounts of signal sent to multiple antennas for similarly sized areas.

Model	850036
Connectors	F-Female
Dimensions	4.0 x 4.7 x 0.8 inches
Frequency	698-2700 MHz
Impedance	75 Ohm
Signal Loss	6 dB
Insertion Loss	0.6 dB
VSWR	≤2.4:1
Isolation	≥20
Power Capacity	50 W
Operating Temperature	-40 to 140 Degrees Fahrenheit
Weight	11.04 oz
UPC	811815028963

 

Features:

• 698-2700 MHz Band.
• Cellular mobile communication.
• Low insertion loss, low VSWR.
• High isolation, low ripple.
• Microstrip structure.