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The AM2400B1068 is a ceramic band pass filter manufactured by Anatech Electronics Inc., designed for precise frequency selection in the 2.4 GHz range. It features a center frequency of 2400 MHz with a bandwidth of 200 MHz, covering a passband from 2300 to 2500 MHz. The component exhibits an insertion loss of less than 1.5 dB. Key rejection specifications include attenuation greater than 40 dB at 1950 MHz, greater than 70 dB across the DC to 1000 MHz range, and greater than 30 dB at 2300 MHz. The filter operates with a standard impedance of 50 ohms.
Verify the specific datasheet version when sourcing this component, as manufacturer documentation may contain updated electrical characteristics or mechanical dimensions. Confirm that the required attenuation levels at 1950 MHz and DC-1000 MHz meet system interference requirements. Ensure compatibility with 50-ohm circuit designs to maintain optimal signal integrity and minimize reflection losses during integration.
Select this component when a narrow 200 MHz bandwidth centered at 2.4 GHz is required for signal conditioning. Consider the ceramic technology for applications needing robust thermal stability and consistent performance. Evaluate the specified rejection ratios against potential interferers at 1950 MHz and lower frequencies to ensure adequate noise suppression for the intended wireless application environment.
This part belongs to Anatech Electronics Inc.'s lineup of ceramic band pass filters, which are engineered for RF applications. These components typically serve as critical elements in signal chain management, providing necessary frequency discrimination. The AM2400B1068 specifically targets the popular 2.4 GHz spectrum, supporting various industrial, scientific, and medical radio frequency devices.
Public confirmed substitute part numbers are not available in the provided documentation. Verify exact electrical parameters such as center frequency, bandwidth, and insertion loss before considering alternative components from other manufacturers to ensure functional equivalence.