Mini-Circuits SBTX2-113-2W+

Mini-Circuits SBTX2-113-2W+ Environmental and export classification status description

The Mini-Circuits® SBTX2-113-2W+ is a surface-mount, 50-ohm bi-directional RF coupler operating in the frequency range of 10 MHz to 1000 MHz. This component is designed for use in various RF and wireless applications, providing signal splitting/combing functionality with low insertion loss and excellent impedance matching. Functions: - Bi-directional signal splitting/combing - Frequency range of 10 MHz to 1000 MHz - Low insertion loss and excellent impedance matching - Surface-mount design for easy integration into RF circuits Applications: - Microwave radio systems - RF test and measurement setups - Signal distribution networks - RF transceiver systems - Antenna matching networks Alternative Components: - Mini-Circuits SBTX1-11G+ - Anaren 2-Way Power Splitter - Pasternack Bi-Directional Coupler Embedded Modules: - Mini-Circuits® SBTX2-113-2W+ can be integrated into RF modules, amplifier circuits, and signal distribution networks to enable signal splitting/combing functionality. Related Q&A: 1. Q: What is the typical insertion loss of the Mini-Circuits® SBTX2-113-2W+ coupler? A: The insertion loss typically ranges from 0.2 dB to 0.5 dB depending on the frequency. 2. Q: Can the SBTX2-113-2W+ be used for high-power RF applications? A: This coupler is rated for a maximum power handling capability of 2 watts, suitable for many low to medium-power RF applications. 3. Q: Is the Mini-Circuits® SBTX2-113-2W+ suitable for surface-mount PCB designs? A: Yes, this coupler has a compact surface-mount package that makes it suitable for integration into PCB layouts. 4. Q: What is the typical directivity of the SBTX2-113-2W+ coupler? A: The directivity of this coupler is typically around 20 dB, ensuring good signal isolation between ports. 5. Q: Can the SBTX2-113-2W+ be used for duplexing applications in RF systems? A: Yes, this coupler can be used for signal combining or splitting in duplexing applications where signal isolation and impedance matching are crucial.