AB2097B1349

Overview

The AB2097B1349 is a cavity bandpass RF filter manufactured by Anatech Electronics Inc. Designed for wireless applications, this component operates with a center frequency of 2.097 GHz and features a bandwidth of 12 MHz. It exhibits an insertion loss of 2.5 dB. The device is categorized under RF filters and is described as a modified cavity bandpass unit intended for specific signal filtering requirements in communication systems.

Feature Summary

• Utilizes cavity construction for high-performance RF filtering
• Designed specifically for Wi-Fi bandpass applications
• Provides precise center frequency selection at 2.097 GHz

Applications

• Wi-Fi communication systems
• RF signal filtering modules
• Wireless network infrastructure components

Procurement Notes

Verify the exact datasheet version (AB2097B1349.pdf) to confirm mechanical dimensions and mounting specifications before integration. Ensure compatibility with existing RF circuit layouts. Confirm RoHS status if environmental compliance is required for your specific manufacturing process or regional regulations.

Selection Notes

Select this component when a fixed center frequency of 2.097 GHz is required for Wi-Fi applications. Consider the 12 MHz bandwidth and 2.5 dB insertion loss against system link budget requirements. Evaluate cavity package constraints regarding physical space and thermal management within the final assembly design.

Part Context

This part belongs to the Anatech Electronics Inc. RF filter family, specifically focusing on cavity-based solutions. These components are engineered for stable performance in radio frequency environments. The AB2097B1349 represents a specialized variant optimized for the 2.097 GHz range, distinguishing it from broader spectrum filters in the manufacturer's catalog.

Replacement Considerations

Cross-reference AE2097B1360 for similar center frequencies, though bandwidth and loss characteristics may differ. Verify electrical parameters against original design specifications before substitution.