MAX2136AETJ+

RF Receivers Overview

The MAX2136AETJ+ is a direct conversion L-band satellite tuner manufactured by Analog Devices Inc./Maxim Integrated. It implements a zero-IF/IQ architecture designed for satellite set-top and Very Small Aperture Terminal (VSAT) applications. The device features dual-path variable-gain amplification and integrated band-select tracking filters covering the VHF-L frequency range of 44MHz to 891MHz. This component facilitates signal reception, transmission, or conversion within specified bandwidths.

RF Receivers Feature Summary

• Implements a zero-IF/IQ architecture for direct signal conversion
• Integrates dual-path variable-gain amplification stages
• Includes built-in band-select tracking filters for frequency selection

RF Receivers Applications

• Satellite set-top terminals
• Very Small Aperture Terminal (VSAT) systems
• L-band satellite receiver front-ends

RF Receivers Procurement Notes

Verify the specific manufacturer designation, as listings may reference either Analog Devices Inc. or Maxim Integrated due to corporate acquisition history. Confirm the exact suffix matches the required package and temperature grade. Cross-reference the part number against current distributor catalogs to ensure availability, noting that this specific model may be classified as obsolete in some inventory systems.

RF Receivers Selection Notes

Select this component for designs requiring an integrated L-band tuner solution with minimal external filtering. The zero-IF architecture simplifies board layout by eliminating intermediate frequency stages. Ensure system requirements align with the 44MHz to 891MHz operational range. Evaluate power consumption and gain stability characteristics against specific link budget calculations before finalizing the design.

RF Receivers Part Context

This tuner belongs to a family of RF front-end solutions optimized for satellite communications. It replaces discrete amplifier and filter combinations, reducing component count. The integration of variable-gain amplifiers allows for dynamic range adjustment directly within the IC, supporting various signal strengths encountered in satellite downlink scenarios.