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RF Coupler (3dB, 10dB, 20dB, 30dB)

A coupler is a commonly used RF microwave device used to proportionally distribute input signals to multiple output ports, with output signals from each port having different amplitudes and phases. It is widely used in wireless communication systems, radar systems, microwave measurement equipment, and other fields.

Couplers can be divided into two types according to their structure: microstrip and cavity. The interior of the microstrip coupler is mainly composed of a coupling network composed of two microstrip lines, while the interior of the cavity coupler is just composed of two metal strips.


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RF Couplers
6dB Coupler
Model & Data sheet Freq. Range Degree of coupling Coupling Sensitivity Insertion Loss (Max) Directivity VSWR (Max) Rated Power
CP06-F2586-S/0.698-2.2 0.698-2.2GHz 6±1dB ±0.3dB 0.4dB 20dB 1.2 50W
CP06-F1585-S/0.698-2.7 0.698-2.7GHz 6±1dB ±0.8dB 0.65dB 18dB 1.3 50W
CP06-F1573-S/1-4 1-4GHz 6±1dB ±0.4dB 0.4dB 20dB 1.2 50W
CP06-F2155-N/2-6 2-6GHz 6±1dB - 1.5dB 18dB 1.35 30W
CP06-F1543-S/2-8 2-8GHz 6±1dB ±0.35dB 0.4dB 20dB 1.2 50W
CP06-F1533-S/6-18 6-18GHz 6±1dB ±0.8dB 0.8dB 12dB 1.5 50W
CP06-F1528-G/27-32 27-32GHz 6±1dB ±0.7dB 1.2dB 10dB 1.6 10W
10dB Coupler
Model & Data sheet Freq. Range Degree of coupling Coupling Sensitivity Insertion Loss(Max) Directivity VSWR (Max) Rated Power
CP10-F1511-S/0.5-6 0.5-6GHz 10±1dB ±0.7dB 0.7dB 18dB 1.2 50W
CP10-F1511-S/0.5-8 0.5-8GHz 10±1dB ±0.7dB 0.7dB 18dB 1.2 50W
CP10-F1511-S/0.5-18 0.5-18GHz 10±1dB ±1.0dB 1.2dB 12dB 1.2 50W
CP10-F2586-S/0.698-2.2 0.698-2.2GHz 10±1dB ±0.5dB 0.4dB 20dB 1.2 50W
CP10-F1585-S/0.698-2.7 0.698-2.7GHz 10±1dB ±1.0dB 0.5dB 20dB 1.2 50W
CP10-F1573-S/1-4 1-4GHz  10±1dB ±0.4dB 0.5dB 20dB 1.2 50W
CP10-F1573-S/1-18 1-18GHz 10±1dB ±1.0dB 1.2dB 12dB 1.6 50W
CP10-F1543-S/2-8 2-8GHz 10±1dB ±0.4dB 0.4dB 20dB 1.2 50W
CP10-F1543-S/2-18 2-18GHz 10±1dB ±1.0dB 0.7dB 12dB 1.5 50W
CP10-F1533-S/4-18 4-18GHz 10±1dB ±0.7dB 0.6dB 12dB 1.5 50W
CP10-F1528-G/6-40 6-40GHz 10±1dB ±1.0dB 1.2dB 10dB 1.6 20W
CP10-F1528-G/18-40 18-40GHz 10±1dB ±1.0dB 1.2dB 12dB 1.6 20W
CP10-F1528-G/27-32 27-32GHz 10±1dB ±1.0dB 1.0dB 12dB 1.5 20W
20dB Coupler
Model & Data sheet Freq. Range Degree of coupling Coupling Sensitivity Insertion Loss(Max) Directivity VSWR (Max) Rated Power
CP20F1511-S/0.5-6 0.5-6GHz 20±1dB ±0.8dB 0.7dB 18dB 1.2 50W
CP20-F1511-S/0.5-8 0.5-8GHz 20±1dB ±0.8dB 0.7dB 18dB 1.2 50W
CP20-F1511-S/0.5-18 0.5-18GHz 20±1dB ±1.0dB 1.2dB 10dB 1.6 30W
CP20-F2586-S/0.698-2.2 0.698-2.2GHz 20±1dB ±0.6dB 0.4dB 20dB 1.2 50W
CP20-F1585-S/0.698-2.7 0.698-2.7GHz 20±1dB ±0.7dB 0.4dB 20dB 1.3 50W
CP20-F1573-S/1-4 1-4GHz 20±1dB ±0.6dB 0.5dB 20dB 1.2 50W
CP20-F1573-S/1-18 1-18GHz 20±1dB ±1.0dB 0.9dB 12dB 1.6 50w
CP20-F1543-S/2-8 2-8GHz 20±1dB ±0.6dB 0.5dB 20dB 1.2 50W
CP20-F1543-S/2-18 2-18GHz 20±1dB ±1.0dB 1.2dB 12dB 1.5 50W
CP201533-S/4-18 4-18GHz 20±1dB ±1.0dB 0.6dB 12dB 1.5 50W
CP20-F1528-G/6-40 6-40GHz 20±1dB ±1.0dB 1.0dB 10dB 1.6 20W
CP20-F1528-G/18-40 18-40GHz 20±1dB ±1.0dB 1.2dB 12dB 1.6 20W
CP20-F1528-G/27-32 27-32GHz 20±1dB ±1.0dB 1.2dB 12dB 1.5 20W
30dB Coupler
Model & Data sheet Freq. Range Degree of coupling CouplingSensitivity Insertion Loss(Max) Directivity VSWR (Max) Rated Power
CP30-F1511-S/0.5-6 0.5-6GHz ±30dB ±1.0dB 1.0dB 18dB 1.25 50W
CP30-F1511-S/0.5-8 0.5-8GHz ±30dB ±1.0dB 1.0dB 18dB 1.25 50W
CP30-F1511-S/0.5-18 0.5-18GHz ±30dB ±1.0dB 1.2dB 10dB 1.6 50W
CP30-F1573-S/1-4 1-4GHz ±30dB ±0.7dB 0.5dB 20dB 1.2 50W
CP30-F1573-S/1-18 1-18GHz ±30dB ±1.0dB 1.2dB 12dB 1.6 50W
CP30-F1543-S/2-8 2-8GHz ±30dB ±1.0dB 0.4dB 20dB 1.2 50W
CP30-F1543-S/2-18 2-18GHz ±30dB ±1.0dB 0.8dB 12dB 1.5 50W
CP30-F1533-S/4-18 4-18GHz ±30dB ±1.0dB 0.6dB 12dB 1.5 50W

Overview

The main indicators we consider when selecting a coupler include coupling degree, isolation degree, insertion loss, directionality, input output standing wave ratio, frequency range, power size, in band amplitude, and input impedance.
The main function of the coupler is to couple a portion of the input signal to the coupling port, while the remaining portion of the signal is output from another port.

In practical applications, couplers have many uses. It can be used for signal allocation and power detection, such as distributing signals to multiple receivers or transmitters in antenna systems. It can also be used in testing and measuring equipment to calibrate the strength and phase of signals. In addition, couplers can also be used in fields such as modulation, demodulation, and interference analysis.

Both couplers and power dividers can achieve the allocation of input signals, but they are fundamentally different. The output signals of the power divider and output ports have the same amplitude and phase, while the coupler is the opposite, and the signals between each output port have different amplitudes and phases. So when choosing, it is necessary to make the correct choice based on the actual situation.

The couplers sold by our company are mainly divided into 3dB couplers, 10dB couplers, 20dB couplers, 30dB couplers, and low intermodulation couplers. Welcome customers to choose according to their actual applications. If you have any questions, please contact our sales personnel for detailed inquiries.


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