Key benefits - High stability across the full temperature range for reliable RF power detection - Wide dynamic range achieved by a logarithmic output: output voltage is proportional to the log of input amplitude, enabling up to 92 dB dynamic range - Fully differential DC-coupled signal path for improved common-mode rejection and accurate DC measurement - Detects RF power from 1 MHz to 600 MHz and converts it to a DC output with a measurable range from -74 dBm to 18 dBm What it does - RF power detector with logarithmic response provides a DC output that corresponds to the input signal level - The device maintains stable performance as ambient temperature varies, reducing drift in measurement systems - The differential DC-coupled design supports tight integration into precision measurement chains and data acquisition systems Key specifications - Detection frequency band: 1 MHz to 600 MHz - Detectable RF power range: -74 dBm to 18 dBm - Output: DC voltage proportional to the logarithm of input amplitude, enabling a 92 dB dynamic range - Signal path: fully differential DC-coupled Typical applications - RF test benches for wireless transceivers and antennas: monitor and log RF power over wide dynamic range, then feed the DC output to ADCs or data loggers - RF component characterization and calibration: verify amplifiers, filters, and antennas across the 1 MHz - 600 MHz band with a stable, wide-range detector - Automated test systems and measurement instrumentation: integrate the DC output into control loops or monitoring software for real-time power assessment Integration and compatibility - Designed to integrate with standard measurement and data acquisition systems - DC output is suitable for direct connection to ADCs, data loggers, or DC-coupled instrumentation in RF test setups Notes on performance - The logarithmic detection approach expands the usable dynamic range, allowing accurate representation of both very weak and strong RF signals within the 1 MHz - 600 MHz band - The fully differential, DC-coupled signal path minimizes DC offset and improves measurement precision in serial or parallel measurement architectures This description preserves the product’s original functions and specifications while presenting them in a clear, customer-friendly format with practical use cases.