MAX2208EBS

RF Detectors Overview

The MAX2208EBS is an RF power detector designed for cellular and CDMA applications, operating within a frequency range of 800MHz to 2GHz. It features a wide input dynamic range from -10dBm to 15dBm with high accuracy of ±0.3dB. The device supports supply voltages between 2.7V and 5V and utilizes Silicon technology. Packaged in a compact UCSP-4 format, it is suitable for space-constrained wireless terminals.

RF Detectors Feature Summary

• Designed specifically for cellular and CDMA signal detection
• Provides accurate linear envelope detection over a wide dynamic range
• Operates with low voltage supplies suitable for mobile devices

RF Detectors Applications

• CDMA base station and mobile terminal power monitoring
• Cellular transceiver output power measurement
• RF signal level detection in wireless communication systems

RF Detectors Procurement Notes

Verify component authenticity through authorized channels due to discontinuation status. Confirm package integrity upon receipt as the UCSP-4 form factor requires careful handling. Cross-reference datasheet revisions to ensure compatibility with current design specifications before integration into production workflows.

RF Detectors Selection Notes

Select this component when precise power detection is required for CDMA or cellular frequencies between 800MHz and 2GHz. Consider the ±0.3dB accuracy requirement and the specific UCSP-4 footprint constraints. Ensure the system operates within the 2.7V to 5V supply range and accommodates the specified input power levels for optimal performance.

RF Detectors Part Context

Part of the MAX2206/MAX2208 series of RF power detectors optimized for wireless applications. These components are engineered to provide reliable envelope detection for RF signals in mobile and infrastructure equipment, supporting the transition to more integrated radio front-end solutions.

RF Detectors Replacement Considerations

Public confirmed substitute part numbers are not available in the provided documentation. Due to the discontinued status, engineering teams should evaluate pin-compatible alternatives or redesign circuits to accommodate newer generation detectors with updated specifications.