Mini-Circuits TCD-9-1W+

Mini-Circuits TCD-9-1W+ Environmental and export classification status description

The Mini-Circuits®TCD-9-1W+ is a 3dB 90° hybrid combiner/divider with a unique design suited for a variety of RF and wireless applications. It operates in the frequency range of DC to 8000 MHz with excellent performance characteristics. Functions: 1. Combining two signals into one output with a 3dB combining loss. 2. Dividing an input signal into two outputs with a 3dB power division. 3. Providing a 90° phase shift between the output signals. Applications: 1. RF signal combining and splitting in wireless communication systems. 2. Signal processing in RF test and measurement setups. 3. Antenna array systems requiring phase coherent signals. Alternative Components: 1. Minicircuits ZFSC-2-1W+ 2-Way 90˚ RF Splitter/Combiner 2. Minicircuits ZAPD-21-243C+ 2-Way 0˚ Splitter/Combiner 3. Minicircuits ZFRSC-43-2-S RF Splitter/Combiner Embedded Modules: 1. RF Transmitters and Receivers 2. Radar Systems 3. Antenna Arrays Related Q&A: 1. What is the insertion loss of the TCD-9-1W+ combiner/divider? - The Mini-Circuits TCD-9-1W+ has a typical insertion loss of 0.5 dB when combining or splitting signals. 2. What power levels can the TCD-9-1W+ handle? - The TCD-9-1W+ is rated for up to 1 Watt of RF power, making it suitable for many low-power RF applications. 3. Can the TCD-9-1W+ be cascaded for more complex signal routing? - Yes, multiple TCD-9-1W+ units can be cascaded to combine or divide signals in a more complex manner, with careful consideration of losses and phase shifts. 4. What is the phase accuracy of the 90° hybrid in the TCD-9-1W+? - The phase accuracy of the 90° hybrid component in the TCD-9-1W+ typically ranges within a few degrees, ensuring precise phase relationships between signals. 5. Is the TCD-9-1W+ suitable for use in high-frequency applications? - Yes, the TCD-9-1W+ operates effectively up to 8 GHz, making it suitable for various high-frequency RF and wireless applications.