AE831-876DB5475

RF Multiplexers Overview

The AE831-876DB5475 is an RF duplexer module manufactured by Anatech Electronics Inc. It supports LTE Band 26 and Extended Cellular bands. The device operates with a low frequency range of 814MHz to 849MHz and a high frequency range of 859MHz to 894MHz. This component facilitates simultaneous transmission and reception in cellular communication systems.

RF Multiplexers Feature Summary

• Supports LTE Band 26 and Extended Cellular band operations
• Provides duplexing capability for specified frequency ranges

RF Multiplexers Applications

• LTE Band 26 cellular base stations
• Extended cellular network infrastructure
• RF front-end modules requiring duplexing

RF Multiplexers Procurement Notes

Verify the specific manufacturer datasheet for detailed electrical parameters, insertion loss, and isolation specifications before integration. Confirm that the package type and mounting requirements align with the target PCB design. Ensure the component status remains active for long-term supply chain stability.

RF Multiplexers Selection Notes

Select this duplexer when designing systems specifically requiring support for LTE Band 26 and Extended Cellular frequencies. Consider the physical dimensions and thermal management capabilities relative to the enclosure constraints. Evaluate the required isolation levels between transmit and receive paths against system interference standards.

RF Multiplexers Part Context

Anatech Electronics Inc. specializes in RF and microwave filters, including directional couplers, power dividers, circulators, and isolators. The company focuses on designing and manufacturing these components for various communication applications, maintaining ISO 9001:2015 certification since its founding in 1990.

RF Multiplexers Replacement Considerations

Consult official Anatech Electronics Inc. documentation for verified substitute part numbers. Cross-reference frequency bands and electrical performance metrics to ensure compatibility with existing system designs without modifying surrounding circuitry.