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

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Description

Amazon SMA Interface Sine Wave Output: Employing a standard SMA interface, it allows for convenient and secure connection to coaxial cables, test equipment, and front-ends, providing a clean, low-noise sine wave signal. Stable 10MHz Sine Wave Output: This reference board provides a highly stable 10MHz sine wave output, ideal for frequency references in test, measurement, calibration, and applications. 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- 10MHz reference clock. 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. 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 measurement and synchronization applications.

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€ 34.49

€ 34.49

Description (1)

SMA Interface Sine Wave Output: Employing a standard SMA interface, it allows for convenient and secure connection to coaxial cables, test equipment, and front-ends, providing a clean, low-noise sine wave signal. Stable 10MHz Sine Wave Output: This reference board provides a highly stable 10MHz sine wave output, ideal for frequency references in test, measurement, calibration, and applications. 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- 10MHz reference clock. 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. 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 measurement and synchronization applications.


Product specifications

Brand Onchdbfhuu
EAN
  • 4863972162970
MPN
  • I501010412

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