hello_no_title

- Manufacturer: DiTom Microwave - Model: DHC2060-6 - Type: Power Divider/Combiner - Frequency Range: Not specified (depends on model) - Connector Type: SMA (may vary) - Impedance: 50 Ohms - Power Handling: Not specified (depends on model) 2. Functions: - The primary function of the DHC2060-6 is to divide an incoming RF signal (or combine multiple RF signals) into multiple output signals with minimal reflections and loss. - It helps in signal distribution, power combining, and other RF system applications. 3. Applications: - Telecommunications systems - Radar systems - Satellite communications - Test and measurement setups - Wireless infrastructure 4. Alternative Components: - Mini-Circuits ZFSC-2-1-S+, 2-Way 0 Degree Splitter/Combiner - M/A-COM Technology Solutions M600X-2, 2-Way Power Divider - Anatech Electronics Power Divider/Combiner series 5. Embedded Modules: - The DHC2060-6 may be integrated into larger RF systems or test setups that require power division or signal combining capabilities. - It can be used as part of RF modules in communication equipment or other wireless devices. Related Q&A: Q1: What is the typical insertion loss of the DiTom Microwave DHC2060-6? A1: The insertion loss of the DHC2060-6 can vary based on the frequency range and model but is typically low, ranging from 0.1 dB to 0.5 dB. Q2: Can the DHC2060-6 be used for both power division and signal combining? A2: Yes, the DHC2060-6 can function as both a power divider and signal combiner, allowing for versatile applications in RF systems. Q3: What is the power handling capability of the DHC2060-6? A3: The power handling capability of the DHC2060-6 depends on the specific model and frequency range but is typically suitable for low to moderate power levels in RF applications. Q4: Are there different connector options available for the DHC2060-6? A4: The DHC2060-6 may come with different connector options based on the manufacturer's specifications, with SMA connectors being a common choice for RF applications. Q5: Can the DHC2060-6 be cascaded with other power dividers/combiners for more complex signal distribution setups? A5: Yes, multiple DHC2060-6 units can be cascaded to achieve higher port count and more intricate signal distribution configurations in RF systems.