AB2436B479

Overview

The Anatech Electronics AB2436B479 is an eight-cavity bandpass filter designed for IEEE 802.1a/b/n access points in outdoor environments. It operates with a center frequency of 2436.5 MHz and a -3-dB bandwidth of 70 MHz. Typical insertion loss is 0.9 dB at the center frequency, with typical return loss of 18 dB and harmonic rejection of 90 dB. Selectivity ranges from less than 91 MHz at a 20 dB bandwidth to less than 150 MHz at a 60 dB bandwidth.

Feature Summary

• Eight-cavity construction for high performance in outdoor environments
• Designed to suppress interference for IEEE 802.1a/b/n access points
• Provides high harmonic rejection capabilities

Applications

• IEEE 802.1a access point interference suppression
• IEEE 802.1b access point interference suppression
• IEEE 802.1n access point interference suppression
• Outdoor wireless network deployment

Procurement Notes

Verify the specific datasheet version when procuring, as technical documentation may be updated. Confirm that the eight-cavity physical configuration matches your installation requirements. Ensure compatibility with existing IEEE 802.1a/b/n infrastructure before integration. Check for any specific mounting or environmental sealing requirements associated with outdoor deployment scenarios.

Selection Notes

Select this component when deploying IEEE 802.1a/b/n access points in outdoor settings requiring significant interference suppression. The eight-cavity design offers superior selectivity compared to standard filters. Consider the 70 MHz bandwidth relative to channel spacing needs. Evaluate the 0.9 dB insertion loss impact on overall link budget. Verify that the 2436.5 MHz center frequency aligns with your target operational spectrum.

Part Context

This model belongs to Anatech Electronics' cavity bandpass filter series, specifically engineered for RF applications. It addresses the need for robust signal filtering in challenging outdoor wireless environments. The product supports legacy and current Wi-Fi standards by mitigating adjacent channel interference. Its modular design facilitates integration into various access point architectures.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided documentation.