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ADP-2-20+ is listed in the RF Power Dividers/Splitters range at ChipApex. The manufacturer field lists Mini-Circuits. Its product description is RF PWR DVDR 20MHZ-2GHZ 6SMD. Review the specifications below when checking this part for your BOM.
The ADP-2-20+ is a two-way RF power splitter/combiner from Mini-Circuits, designed for frequencies ranging from 20 MHz to 2 GHz. It features a compact 6-SMD flat lead package measuring 7.87 mm x 5.59 mm x 2.84 mm. Key electrical specifications include a maximum insertion loss of 0.7 dB and minimum isolation of 15 dB. The device supports an input power of 1 W with a maximum amplitude imbalance of 5 degrees. It operates within a temperature range extending up to +85°C, providing reliable signal distribution in microwave applications.
Verify the specific part number suffix against official Mini-Circuits documentation to ensure correct impedance and performance characteristics. Confirm that the required operating frequency range aligns with the component's specified limits. Check for any updated mechanical drawings or thermal requirements relevant to the intended PCB layout. Ensure compatibility with standard SMD reflow processes if applicable.
Select this component when a broadband split between 20 MHz and 2 GHz is required. Consider the 1 W power handling capability for moderate signal levels. The flat lead package facilitates automated assembly. Evaluate the 15 dB isolation specification against system crosstalk requirements. Compare physical dimensions against available board space constraints.
This component belongs to the ADP series of power splitters manufactured by Mini-Circuits. The series includes variants with different impedance values and frequency ranges. The ADP-2-20+ specifically targets general-purpose RF applications requiring broad bandwidth operation. It represents a standard solution for dividing signals in microwave circuits.
The ADP-2-20-75+ is a documented variant offering 75 Ohm impedance instead of the standard 50 Ohms. Verify impedance matching requirements before substitution. No other direct substitutes are confirmed in public data.
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