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Anatech Electronics AM50-1500PD3-1104 Environmental and export classification status description

Overview The Anatech Microwave AM50-1500PD3-1104 is a power divider/combiner, covering a frequency range of 50 to 1500 MHz. It is designed to split an input signal into multiple output signals or combine multiple input signals into one output signal while maintaining proper impedance matching and isolation. Functions 1. Power Splitting: Divides an input signal into multiple output signals with equal or different power levels. 2. Power Combining: Combines multiple input signals into one output signal with minimal power loss. 3. Impedance Matching: Provides proper impedance matching to ensure efficient signal transfer. Applications - RF communication systems - Radar systems - Test and measurement equipment - Signal distribution networks - Wireless infrastructure Alternative Components 1. Mini-Circuits ZAPD-21-4+: Similar power divider/combiner with a frequency range of 10 to 2100 MHz. 2. Pasternack PE2034: Power divider/combiner with a frequency range of 500 to 6000 MHz. 3. MECA Electronics Inc. 801-2-4.700: Broadband power divider/combiner covering 700 to 4200 MHz. Embedded Modules - SMA connectors for easy integration into RF systems. - Mounting holes for secure installation. - High-quality RF components for reliable performance. Related Q&A 1. What is the insertion loss of the Anatech Microwave AM50-1500PD3-1104? - The insertion loss is typically around 0.5 dB in the specified frequency range. 2. Can this power divider handle high power levels? - Yes, the AM50-1500PD3-1104 is designed to handle power levels up to 30 watts. 3. Is the Anatech Microwave power divider suitable for outdoor installations? - Yes, the power divider is built with durable materials and can be used in outdoor environments. 4. What is the isolation level of this power divider/combiner? - The isolation between output ports is typically around 20 dB. 5. Can the AM50-1500PD3-1104 be cascaded with additional power dividers? - Yes, multiple dividers can be cascaded to further split or combine signals as needed.