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Power Dividers

IN STOCK FOR SAME DAY DELIVERY

Power Dividers Wilkinson SMA 0.5-60 Ghz
Microwave StripLine Designs

Power Dividers 1-3000 Mhz
Lumped Elements: SMA, BNC, N

2-way RF Power Dividers Combiners

2-way RF Power Dividers Combiners Lumped Elements

3-way RF Power Dividers Combiners

3-way RF Power Dividers Combiners Lumped Elements

4-way RF Power Dividers Combiners

4-way RF Power Dividers Combiners Lumped Elements

6-way RF Power Dividers Combiners

6-way RF Power Dividers Combiners Lumped Elements

8-way RF Power Dividers Combiners

8-way RF Power Dividers Combiners Lumped Elements

Resistive RF Power Dividers 2-way

12-way RF Power Dividers Combiners Lumped Elements

For N, BNC, TNC connector applications consult sales office at sales@sigatek.com


Features Applications
Wide range up to 60 Ghz PCS, GSM, LTE, cellular
Low insertion loss Test equipments
Excellent isolation Communication systems
RoHS compliant Radar Systems

Microwave Wideband SMA Wilkinson Power Dividers/Combiners/Splitters

High Frequency multioctave broadband: 2-way, 3-way, 4-way, 6-way, 8-way

Wilkinson Microwave Power Splitters Wideband Coaxial 0 degree phase


SigaTek offers a wide selection of power dividers combiners that cover the frequencies ranging from 0.5 to 60 Ghz, as well as different combinations of outputs. These Wilkinson wideband power dividers combiners are used to divide a signal to many outputs which have the same phase and amplitude, whereas the combiner is used to combine many outputs to a common input; assuming all outputs are coherent (same phase and amplitude). SigaTek product selection includes splitters with splitting ratio of 1:2, 1:3, 1:4, 1:6, 1:8, and 1:12 ways. A divider cannot be used directly as a combiner without taking into consideration the power needed to be combined due to the power handling limitations of the internal isolation resistors of the device.
SigaTek power dividers are designed using microstrip or stripline techniques. Octave bands and multioctave band designs are available. For example different bands for these devices are 0.5-1 Ghz, 1-2 Ghz, 2-4 Ghz, 4-8 Ghz. These devices are designed using wavelength sections with different characteristic impedance which are connected in series to form a transmission line matching the input to the outputs of the device. For an octave band 2 to 3 sections are required. The length of the wavelength sections is equivalent to the geometric center frequency of the band of operation.
Multi-octave designs are available to cover frequency bands 5-18 Ghz, 1-4 Ghz, 2-8 Ghz, 2-18 Ghz, 0.5-8 Ghz, 0.5-18 Ghz, 1-27 Ghz, that use SMA connectors and 4-40 Ghz, 8-60 Ghz that use 2.92mm, 2.4mm and 1.85mm connectors. To achieve these wide bands many wavelength sections must be used. For example a device covering 0.518 Ghz needs up to 30 of these wavelength sections. Optimization of these devices is always needed to meet and exceed catalog specifications. Selection of dielectric material is a very critical choice, building these devices. SigaTek uses PTFE material with very low dielectric loss. Designs are always optimized to compensate for unwanted tolerances. Some of the characteristics of these designs are low loss, high isolation, excellent return loss and good phase match. Coaxial connectors SMA, 2.92mm, 2.4mm, 1.85mm based on the frequency of operation are used in combination with aluminum housings to complete the assembly of the final product.

Broadband Power Dividers
Wilkinson 2 way

Microwave Power Dividers
Wilkinson 2 way

Microwave Multi Octave Band Wilkinson Power Dividers Microwave Octave Band Wilkinson Power Dividers

Multi Octave Power Dividers
Wilkinson 4 way

WideBand Power Dividers
Wilkinson 8 way

Wideband Wilkinson 8 way Power Dividers

Number of outputs (n) Theoretical Deviding Loss (dB)
2 way 3.01
3 way 4.77
4 way 6.02
6 way 7.78
8 way 9.03
12 way 10.79
16 way 12.04