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The LP0DA2140A700 is a low-pass RF filter manufactured by KYOCERA AVX, designed for signal conditioning applications. It operates at a center frequency of 2.14 GHz and utilizes a surface-mount technology (SMD/SMT) installation method. The component is housed in a 25-ULGA package, with physical dimensions measuring 10.20 mm in length, 3.98 mm in width, and a maximum height of 0.56 mm. This device belongs to the MLO LP series and is intended for use in radio frequency circuits requiring specific bandwidth filtering characteristics.
Verify the exact datasheet specifications directly from KYOCERA AVX before procurement, as product details may vary. Confirm that the 25-ULGA package dimensions and 2.14 GHz frequency requirements align with your design constraints. Ensure compatibility with surface-mount assembly processes. Check for any recent product change notices or obsolescence status updates from the manufacturer to avoid supply chain disruptions during production.
Select this component when a low-pass filter with a 2.14 GHz operating frequency is required. The 25-ULGA package size must fit the available PCB real estate. Verify that the impedance and insertion loss parameters meet the system's RF performance needs. Consider the operating temperature range to ensure reliability in the intended environment. Compare against other MLO LP series parts if different cutoff frequencies are needed.
This part belongs to the MLO LP series of low-pass filters from KYOCERA AVX. These components are engineered for high-performance RF applications. The series offers various frequency options and package styles to suit different design requirements. The LP0DA2140A700 specifically targets the 2.14 GHz band, providing a specialized solution for narrowband or specific frequency filtering tasks in modern electronic devices.
Consult the official KYOCERA AVX catalog for direct substitutes within the MLO LP series. Verify that alternative parts match the 2.14 GHz frequency and 25-ULGA package dimensions. Cross-reference electrical parameters such as insertion loss and impedance to ensure functional equivalence. Do not assume pin-to-pin compatibility without verifying the datasheet specifications of the potential replacement.