4-Way Power Divider, Power Divider, RF Divider, RF Power Divider
4-Way Power Divider, Power Divider, RF Divider, RF Power Divider
4-Way Power Divider, Power Divider, RF Divider, RF Power Divider
4-Way Power Divider, Power Divider, RF Divider, RF Power Divider
4-Way Power Divider|DC-40GHz|RF Power Divider and coax splitters
4-Way Power Divider|DC-40GHz|RF Power Divider and coax splitters
4-Way Power Divider|DC-40GHz|RF Power Divider and coax splitters
4-Way Power Divider|DC-40GHz|RF Power Divider and coax splitters

4-Way Power Divider|DC-40GHz|RF Power Divider and coax splitters

  • OPD0.002-20-4-S
  • OPD5-500-4-S
  • OPD10-1000-4-S
  • OPD800-2500-4-S
  • OPD1000-2000-4-S
  • OPD2000-4200-4-S
  • OPD2000-8000-4-S

EC Microwave 4 way power dividers / power splitters or coax splitters from EC Microwave are available in 4 way 1.0mm Connectors, 1.85mm Connectors, 2.4mm Connectors, 2.92mm Connectors, 7/16 DIN Connectors, Mini SMP Connectors, MMCX Connectors, N Connectors, SMA Connectors, SMP Connectors, SSMA Connectors, TNC Connectors in female and guy connectors and are reactive or resistive types. Our 4 way RF power divider is rated for a minimum frequency of DC and a maximum frequency of 40 GHz.



Model：4-Way Power Divider
Maximum：-


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Description

ECmicrowave 4-way power Power Divider

ECmicrowave offers a comprehensive selection of 4-way power divider / combiners in N, SMA, 2.92mm, 2.4mm, 1.85mm, BNC, TNC and 7/16 DIN connector styles for frequencies from DC to 40 GHz for narrow, octave, dual and multi-octave band applications. Our divider / combiners provide minimal insertion loss while delivering high isolation between output ports with exceptional phase and amplitude balance.

The Power divider 4 way SMA-Female power divider / combiner that covers the frequency range of 2GHz to 8 Ghz. The power divider offers a typical insertion loss of 1.0 dB at each output port and a typical isolation of 20 dB. The maximum input VSWR of this SMA-Female is 1.45: 1. This Power divider a 4 way SMA-Female power divider / combiner that covers the frequency range of 2 GHz to 8 Ghz SMA female power divider / coaxial splitter has a 50 Ohm impedance and a maxium input power of 20 Watts.

Electrical Specifications

Freq. Range 2 GHz – 8 GHz 
Insertion Loss 1.0 dB

Input VSWR 1.45: 1 
Amplitude Balance ± 0.2 dB 
Phase Balance ± 2.5 degree 
Isolation 20 min dB 
Forward Power 30 W

We can also customize a model according to your specific requirements. Exceptional customer service and technical support are on hand to support our customers with Power Dividers needs.

 

OPD0.002-20-4-S

Dimension

OPD5-500-4-S

Dimension

OPD10-1000-4-S

Dimension

OPD800-2500-4-S

Dimension


Additional information

OPD0.002-20-4-S


Frequency (MHz) 0.002-20
Insertion loss Max. (DB) 0.3-1.0 Above 6dB
Isolation Min. (DB) 20
 33dB Max.
Phase unbalance Max. (Degree) 8.0
Amplitude unbalance Max. (DB)
 0.25
VSWR Max. 1.92: 1
Power handling Max. (W) 10
Connectors SMA
Impedance (Ohm) 50

Test Value

Dimension



OPD5-500-4-S

Frequency (MHz) 5-500
Insertion loss Max. (DB) 0.4-1.5 Above 6dB
Isolation Min. (DB) 20 34dB Max.
Phase unbalance Max. (Degree) 6.0
Amplitude unbalance Max. (DB)
 0.4
VSWR Max. 1.14: 1
Power handling Max. (W) 10
Connectors SMA / N / BNC
Impedance (Ohm) 50

Test Value

Dimension




OPD10-1000-4-S

Frequency (MHz) 10-1000
Insertion loss Max. (DB) 0.5-2.0 Above 6.0 dB
Isolation Min. (DB) 18
 38dB Max.
Phase unbalance Max. (Degree) -
Amplitude unbalance Max. (DB)
 0.6
VSWR Max. 1.57: 1
Power handling Max. (W) 10
Connectors SMA / N / BNC
Impedance (Ohm) 50

Test Value


Dimension



OPD800-2500-4-S

Frequency (MHz) 800-2500
Insertion loss Max. (DB) 0.6-1.2 Above 6.0 dB
Isolation Min. (DB) 18
 25 dB Max.
Phase unbalance Max. (Degree) 5.0
Amplitude unbalance Max. (DB)
 0.3
VSWR Max. 1.60: 1
Power handling Max. (W) 10
Connectors SMA / N / BNC
Impedance (Ohm) 50

Test Value


Dimension



OPD1000-2000-4-S

Frequency (MHz) 1000-2000
Insertion loss Max. (DB) 0.3-1.0 Above 6.0 dB
Isolation Min. (DB) 16
 25 dB Max.
Phase unbalance Max. (Degree) 6.0
Amplitude unbalance Max. (DB)
 0.7
VSWR Max. 1.56: 1
Power handling Max. (W) 10
Connectors SMA / N
Impedance (Ohm) 50

Test Value


Dimension




OPD2000-4200-4-S

Frequency (MHz) 2000-4200
Insertion loss Max. (DB) 0.3-1.0 Above 6.0 dB
Isolation Min. (DB) 16
 25 dB Max.
Phase unbalance Max. (Degree) 16.0
Amplitude unbalance Max. (DB)
 0.8
VSWR Max. 1.51: 1
Power handling Max. (W) 10
Connectors SMA / N
Impedance (Ohm) 50

Test Value

Dimension



OPD2000-8000-4- S

Frequency (MHz) 2000-8000
Insertion loss Max. (DB) 0.7-1.3 Above 6.0 dB
Isolation Min. (DB) 17
 26 dB Max.
Phase unbalance Max. (Degree) 5.0
Amplitude unbalance Max. (DB)
 0.4
VSWR Max. 1.20: 1
Power handling Max. (W) 10
Connectors SMA
Impedance (Ohm) 50

Test Value


Dimension



ECmicrowave  4-way power  Power Divider

ECmicrowave offers a comprehensive selection of 4-way power divider / combiners in N, SMA, 2.92mm, 2.4mm, 1.85mm, BNC, TNC and 7/16 DIN connector styles for frequencies from DC to 40 GHz for narrow, octave, dual and multi-octave band applications. Our divider / combiners provide minimal insertion loss while delivering high isolation between output ports with exceptional phase and amplitude balance.

The Power divider 4 way SMA-Female power divider / combiner that covers the frequency range of 2GHz to 8 Ghz. The power divider offers a typical insertion loss of 1.0 dB at each output port and a typical isolation of 20 dB. The maximum input VSWR of this SMA-Female is 1.45: 1. This Power divider a 4 way SMA-Female power divider / combiner that covers the frequency range of 2 GHz to 8 Ghz SMA female power divider / coaxial splitter has a 50 Ohm impedance and a maxium input power of 20 Watts.

Electrical Specifications

Freq. Range 2 GHz – 8 GHz 
Insertion Loss 1.0 dB
Input VSWR 1.45: 1 
Amplitude Balance ± 0.2 dB 
Phase Balance ± 2.5 degree 
Isolation 20 min dB 
Forward Power 30 W

We can also customize a model according to your specific requirements. Exceptional customer service and technical support are on hand to support our customers with Power Dividers needs.