Microstrip Power Divider

A passive device that divides the energy of an input signal into two equal channels or outputs equal energy in multiple channels, or in turn synthesizes the energy of multiple signals into one output, which can also be called a co frequency combiner.A power divider, also known as a power divider, is an important device used in RF systems. It allows high-frequency signals to be distributed from one input port to multiple output ports while maintaining phase and amplitude stability.It is a device that divides the energy of an input signal into two or more equal or unequal outputs, or in turn combines the energy of multiple signals into one output, which can also be called a combiner
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Products Details

Product Type Operating Frequency Band Way VSVR Insertion Loss Isolation Average Power Impedance Connector
WGF-2-80/470-01NF 80～470MHz 2 ≤1.30:1 ≤0.6 dB ≥20 dB Splitting 200W / combining 2W 50 Ω N-F
WGF-2-136/174-01NF 136～174MHz 2 ≤1.25:1 ≤0.5 dB ≥18 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-2-350/520-01NF 350～520MHz 2 ≤1.25:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-2-350/520-01SMAF 350～520MHz 2 ≤1.25:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-2-350/520-01TNCF 350～520MHz 2 ≤1.25:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω TNC-F
WGF-2-350/880-01NF 350～880MHz 2 ≤1.25:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-2-350/880-01SMAF 350～880MHz 2 ≤1.25:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-2-350/880-01TNCF 350～880MHz 2 ≤1.25:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω TNC-F
WGF-2-698/2700-01NF 698～2700MHz 2 ≤1.25:1 ≤0.4 dB ≥20 dB 50W 50 Ω N-F
WGF-2-698/2700-01SMAF 698～2700MHz 2 ≤1.25:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-2-698/3800-01 4310F 698～3800MHz 2 ≤1.25:1 ≤0.7 dB ≥20 dB Splitting 50W / combining 2W 50 Ω 4310-F
WGF-2-698/3800-01NF 698～3800MHz 2 ≤1.25:1 ≤0.7 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-2-698/3800-01SMAF 698～3800MHz 2 ≤1.25:1 ≤0.7 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-2-1100/1700-01NF 1100～1700MHz 2 ≤1.22:1 ≤0.3 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-2-1100/1700-01SMAF 1100～1700MHz 2 ≤1.22:1 ≤0.3 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-2-1100/1700-01TNCF 1100～1700MHz 2 ≤1.22:1 ≤0.3 dB ≥20 dB Splitting 50W / combining 2W 50 Ω TNC-F
WGF-8-1550/1600-01NF 1550～1600MHz 8 IN Port ≤1.4:1 OUT Port ≤1.25:1 ≤1.0 dB ≥18 dB 15W 50 Ω N-F
WGF-12-1550/1600-01NF 1550～1600MHz 12 IN Port ≤1.45:1 OUT Port ≤1.25:1 ≤1.0 dB ≥18 dB 15W 50 Ω N-F
WGF-2-2000/6000-01SMAF 2GHz～6GHz 2 ≤1.30:1 ≤0.4 dB ≥21 dB Splitting 20W / combining 1W 50 Ω SMA-F
WGF-2-2000/6000-11NF 2GHz～6GHz 2 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-3-136/174-01NF 136～174MHz 3 ≤1.30:1 ≤0.6 dB ≥18 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-3-350/520-01NF 350～520MHz 3 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-3-350/520-01SMAF 350～520MHz 3 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-3-350/520-01TNCF 350～520MHz 3 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω TNC-F
WGF-3-350/880-01NF 350～880MHz 3 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-3-350/880-01SMAF 350～880MHz 3 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-3-350/880-01TNCF 350～880MHz 3 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω TNC-F
WGF-3-698/2700-01NF 698～2700MHz 3 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-3-698/2700-01SMAF 698～2700MHz 3 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-3-698/3800-01 4310F 698～3800MHz 3 ≤1.30:1 ≤0.8 dB ≥18 dB Splitting 50W / combining 2W 50 Ω 4310-F
WGF-3-698/3800-01NF 698～3800MHz 3 ≤1.30:1 ≤0.8 dB ≥18 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-3-698/3800-01SMAF 698～3800MHz 3 ≤1.30:1 ≤0.8 dB ≥18 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-3-1100/1700-01NF 1100～1700MHz 3 ≤1.30:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-3-1100/1700-01SMAF 1100～1700MHz 3 ≤1.30:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-3-1100/1700-01TNCF 1100～1700MHz 3 ≤1.30:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω TNC-F
WGF-3-2000/6000-11NF 2GHz～6GHz 3 ≤1.40:1 ≤1.4 dB ≥18 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-4-80/470-01NF 80～470MHz 4 ≤1.30:1 ≤1.0 dB ≥20 dB Splitting 200W / combining 2W 50 Ω N-F
WGF-4-136/174-01NF 136～174MHz 4 ≤1.30:1 ≤0.6 dB ≥18 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-4-350/520-01NF 350～520MHz 4 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-4-350/520-01SMAF 350～520MHz 4 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-4-350/520-01TNCF 350～520MHz 4 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω TNC-F
WGF-4-698/2700-01NF 698～2700MHz 4 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-4-698/2700-01SMAF 698～2700MHz 4 ≤1.30:1 ≤0.5 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-4-698/3800-01 43-10F 698～3800MHz 4 ≤1.40:1 ≤1.50 dB ≥20 dB Splitting 50W / combining 2W 50 Ω 4310-F
WGF-4-698/3800-01NF 698~3800MHz 4 ≤1.40:1 ≤1.50 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-4-698/3800-01SMAF 698～3800MHz 4 ≤1.40:1 ≤1.50 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-4-1100/1700-01NF 1100～1700MHz 4 ≤1.30:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-4-1100/1700-01SMAF 1100～1700MHz 4 ≤1.30:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
WGF-4-1100/1700-01TNCF 1100～1700MHz 4 ≤1.30:1 ≤0.4 dB ≥20 dB Splitting 50W / combining 2W 50 Ω TNC-F
WGF-6-1100/1700-01TNCF 1100～1700MHz 6 ≤1.40:1 ≤1.2 dB ≥20 dB Splitting 50W / combining 2W 50 Ω TNC-F
WGF-6-698/2700-01NF 698～2700MHz 6 ≤1.30:1 ≤1.2 dB ≥20 dB Splitting 50W / combining 2W 50 Ω N-F
WGF-6-698/2700-01SMAF 698～2700MHz 6 ≤1.40:1 ≤1.2 dB ≥20 dB Splitting 50W / combining 2W 50 Ω SMA-F
A power divider is a three-port microwave device that is used for power division or power combining. In an ideal power divider, the power going into port 1 is equally split between the two output ports, and vice versa for power combining. Figure 1 demonstrates this concept. Power dividers have applications in coherent power splitting of local oscillator power, antenna feedback network of phased array radars, external leveling and radio measurements, power combining of multiple input signals, and power combining of high-power amplifiers.

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