Enhance your electronic measurement and signal processing projects with this high-precision OCXO Frequency Standard Reference Module. Designed as a 10MHz constant temperature crystal oscillator, this module delivers an ultra-stable frequency reference source with exceptionally low phase noise and excellent durability, ensuring reliable and accurate performance for a variety of professional applications. Key Features: · Stable 10MHz Frequency Reference: Provides a highly stable 10MHz output frequency ideal for use in audio systems, decoders, shortwave radios, frequency meters, signal sources, and other precision instruments. · High Calibration Accuracy & Frequency Stability: Offers a calibration accuracy of 1Hz and outstanding frequency stability of 5e-12, ensuring precise timing and measurement in critical applications. · SMA Female Interface: Equipped with a reliable SMA female connector for secure and stable connections, supporting ultra-low phase noise signal transmission. · Low Power Consumption & Quick Warm-Up: Consumes less than 750mA during preheating and under 300mA during operation, with a warm-up time of approximately 5 minutes for rapid readiness. · Robust Design & High-Quality Components: Crafted using premium PCB components to minimize signal loss and ensure long-lasting, stable operation under varying conditions. · Easy Replacement Module: Perfectly suited to replace old, broken, or damaged frequency reference sources, facilitating straightforward upgrades and maintenance. Specifications: · Frequency: 10MHz · Calibration Accuracy: 1Hz · Frequency Stability: 5e-12 · Output Level: 10dBm ± 2dBm at 50Ω; 0.7071V VRMS at 50Ω; 1.0V VPeak at 50Ω; 2.0V VP-P at 50Ω · Output Impedance: 50Ω · Interface Type: SMA Female · Current Consumption: Preheating <750mA, Working <300mA · Warm-Up Time: About 5 minutes Package Includes: · 1 x OCXO 10MHz Frequency Standard Reference Module This OCXO frequency reference module offers a highly reliable and precise frequency standard source, making it an essential component for professional instrument benchmarking, signal processing devices, and communication equipment. Its combination of stable frequency output, low phase noise, and durable design ensures improved accuracy and performance across a wide range of electronic applications.