10MHz Sine Wave Output Reference Board Constant Temperature Crystal Frequency Reference Module SMA Interface Low Phase

10MHz Sine Wave Output Reference Board Constant Temperature Crystal Frequency Reference Module SMA Interface Low Phase Description

Stable 10MHz Sine Wave Output: This reference board provides a highly stable 10MHz sine wave output, ideal for precision frequency references in test, measurement, calibration, and RF applications.
Temperature-Stable Crystal Design: Utilizing a temperature-controlled crystal oscillator structure, it effectively reduces frequency drift caused by ambient temperature variations, ensuring long-term frequency stability and reliability.
High-Frequency Reference Module: As a dedicated frequency reference module, it is suitable for laboratory instruments, spectrum analyzers, frequency counters, communication equipment, software-defined radios (SDRs), and other devices requiring a high-precision 10MHz reference clock.
SMA Interface Sine Wave Output: Employing a standard SMA interface, it allows for convenient and secure connection to coaxial cables, test equipment, and RF front-ends, providing a clean, low-noise sine wave signal.
Low Noise, High Stability: Optimized circuit design minimizes phase noise and jitter in the 10MHz signal, providing a stable, low-distortion sine wave output suitable for precision measurement and synchronization applications.
Features:
Wide Range of Applications: Suitable for hobbyists, RF engineers, laboratories, and production lines. It can be used as a reference source for GPSDO systems, communication baseband devices, audio-grade clocks, and timing systems.
Easy to integrate and use: Its compact PCB layout and clear input/output configuration make it easy to integrate into existing systems or test platforms. A stable 10 MHz sine wave reference signal can be obtained simply by providing a rated power supply and connecting via an SMA interface.
Color: Green
Material: PCB

Package Contents:
1 * Sine wave output board