Enhance your radio frequency projects with this high-performance RF Logarithmic Detector, featuring the advanced AD8317 chip for precise RF signal power detection. Designed to accurately measure RF signal power across a wide frequency range of 1 MHz to 10 GHz, this detector converts RF signals into proportional DC voltage outputs, making it ideal for a variety of applications including signal power measurement, environmental field strength detection, and automatic gain or level control systems. Key Features: · Advanced AD8317 Chip: Ensures reliable and accurate RF signal power detection with excellent linearity and stability. · Wide Frequency Range: Supports detection from 1 MHz up to 10 GHz, suitable for diverse RF applications. · Broad Measurement Power Range: Detects RF power levels from -55 dBm to 0 dBm, accommodating weak to strong signal strengths. · Logarithmic Output Voltage: Output voltage ranges from approximately 0.33V to 1.65V, directly proportional to the logarithm of the input signal amplitude, providing an expanded dynamic range of up to 55 dB. · High Sensitivity and Precision: Typical detection slope of -22 mV/dBm and 50Ω input impedance for optimal signal matching and accuracy. · Versatile Applications: Perfect for radio frequency signal detection, signal power measurement, environmental field strength monitoring, and integration into automatic gain control (AGC) and automatic level control (ALC) circuits. · Compact and Lightweight Design: Small form factor and lightweight (7g) for easy integration into various electronic projects and systems. Specifications: · Working Frequency: 1 MHz – 10 GHz · Measurement Power Range: -55 dBm to 0 dBm · Output Voltage: 0.33 V to 1.65 V · Detection Slope: -22 mV/dBm (typical) · Input Impedance: 50 Ω · Supply Voltage: 7 V – 15 V · Weight: 7 g Package Includes: · 1 x RF Logarithmic Detector This RF Logarithmic Detector offers precise and reliable RF power measurement with a wide detection range and excellent linearity, making it an essential component for RF engineers, hobbyists, and professionals seeking accurate signal analysis and control in their wireless communication and measurement systems.