Mini-Circuits NCS2-62+

Mini-Circuits NCS2-62+ Environmental and export classification status description

- Model: NCS2-62+ - Type: 2-Way Power Splitter/Combiner - Frequency Range: 0.1 to 6200 MHz - Power Handling: 1W - Impedance: 50 Ohm - Connectors: SMA Functions: - The NCS2-62+ is used to either split an RF signal into two outputs or combine two RF signals into one output. - It provides excellent performance across a wide frequency range, making it suitable for various RF and wireless applications. Applications: - RF and wireless signal distribution - Test and measurement setups - Communication systems - Antenna arrays Alternative Components: - Mini-Circuits has a range of other power splitters and combiners with different frequency ranges and power handling capabilities that can be considered as alternatives to the NCS2-62+ based on specific application requirements. Embedded Modules: - The NCS2-62+ does not contain any embedded modules, as it operates as a standalone component in RF and wireless systems. Related Q&A: 1. Q: What is the insertion loss of the Mini-Circuits NCS2-62+ at 2.4 GHz? A: The insertion loss of the NCS2-62+ at 2.4 GHz is typically around 0.5 dB. 2. Q: Can the Mini-Circuits NCS2-62+ be used for LTE signal distribution? A: Yes, the NCS2-62+ covers a wide frequency range up to 6200 MHz, making it suitable for LTE signal distribution applications. 3. Q: Is there a suitable alternative to the NCS2-62+ with higher power handling capabilities? A: Yes, Mini-Circuits offers power splitters/combiners with higher power handling capacities that can be considered as alternatives for applications requiring higher power levels. 4. Q: What is the isolation between the output ports of the NCS2-62+? A: The isolation between output ports of the NCS2-62+ is typically around 20 dB across its frequency range. 5. Q: Can the Mini-Circuits NCS2-62+ be cascaded for more complex signal distribution networks? A: Yes, multiple NCS2-62+ units can be cascaded to create more complex signal distribution networks while maintaining good performance characteristics.