2X2 Hybrid Coupler
Low PIM -160dBc
IP 65 Water Ingress Protection
2-In-2-Out Configuration
Efficient Signal Distribution
Excellent Return Loss
2X2 Hybrid Coupler Description
RF Hybrid Couplers are essential components in the field of radio frequency systems and technology. These devices play a crucial role in combining or splitting RF signals with minimal loss and distortion, making them integral to various applications in telecommunications, broadcasting, radar systems, and more.
Designed for optimal performance and efficiency, RF Hybrid Couplers offer superior signal combining and splitting capabilities across a wide range of frequencies. Whether it's for power amplification, signal distribution, or network optimization, these devices are engineered to meet the demanding requirements of modern RF systems.
From high-power hybrid matrices to low PIM air dielectric couplers, RF Hybrid Couplers offer versatility and flexibility for a wide range of applications. Whether it's for commercial, industrial, or military use, these devices provide the necessary functionality to optimize RF signal management and distribution.
Overall, RF Hybrid Couplers are vital components that enable seamless and efficient operation of RF systems. With their advanced design, superior performance, and reliability, these devices are a key element in ensuring optimal signal quality and integrity in various RF applications.
Specifications
Electrical | |
Model No. | RFH2-698-380T |
Product Name | 2x2 Hybrid Combiner |
Frequency Range (MHz) | 698-3800MHz |
Insertion Loss(dB) | 3.1±0.5 dB |
Isolation(dB) | ≥ 23 dB |
Return Loss(dB) | \ |
VSWR(dB) | ≤ 1.25 |
Intermodulation Products(dBm) | ≤ -160 dBc (with 2 x 43dBm) |
Mechanical | |
Maximum Input (W) | 300W/500W |
Operating temperature(℃) | -40℃ to +65℃ |
Relative humidity(℃) | 0 ~ 95 % |
Impedance(Ω) | 50 Ω |
Size(mm) | 159 x 42 x 29.5 mm |
Weight(g) | 500 g |
Connector Type | 4.3-10 Female/ N Female/7-16 Female |
Ingress protection | IP65 |
Color | Gray |
RoHS Compliant |
Product Dimension
FAQ
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