In the millisecond-level synchronization of 5G base stations, picosecond-level measurement of high-end oscilloscopes, and micron-level control of satellite orbits, the stability of time-frequency signals is the "invisible lifeline" determining system performance. The performance degradation of traditional crystal oscillators under long-term operation, temperature variation, and load fluctuation has long constrained the breakthrough of high-end equipment toward "ultimate precision". The SOXO20BF10MAHHB High-Stability Oven-Controlled Crystal Oscillator (OCXO) emerges, with triple advantages of "ultra-stable time-frequency + wide-domain adaptability + military-grade reliability", laying a "precision foundation" for fields like communications, test & measurement, and aerospace.

1. Ultra-Stable Time-Frequency: A "Time Ruler" with Less Than 1 Second Error in Ten Years

The "stability gene" of SOXO20BF10MAHHB is embedded in every parameter:

•Phase noise as low as -155dBc/Hz@10kHz (at 10MHz output), providing a "pure carrier" for signal transmission and measurement, enabling radars to detect farther and oscilloscopes to capture finer details;

•Aging rate ≤0.2ppb/day, with a cumulative error of less than 7 seconds over ten years, far exceeding industrial standards, suitable for long-term operation scenarios such as communication base stations and Beidou ground stations;

•Frequency temperature stability ≤±0.5ppb (-40℃~+70℃), maintaining "error-free" time-frequency output for navigation and measurement & control systems even in the wild with a 50℃ daily temperature difference.

2. Wide-Domain Adaptability: One Oscillator Meets Multi-Scenario Needs

The product breaks through the application limitations of traditional crystal oscillators, achieving "full-dimensional adaptability":

•Flexible frequency: Nominal 10MHz, supporting customizations of 5MHz and 20MHz, covering time-frequency demands in communications, instruments, and aerospace;

•Power supply and load compatibility: 5V±5% wide-voltage supply, compatible with LTTL and LVCMOS levels, and 15pF load flexibly matching different circuits;

•Military-grade quality: Certified to military-grade with excellent anti-interference and shock resistance, easily handling complex environments like vehicle-mounted and ship-borne applications.

3. Dual-Use for Military and Civil: A "Stability Pillar" from Lab to Space

With outstanding performance, SOXO20BF10MAHHB has become the "time-frequency core" in multiple fields:

•Communications: Providing a "synchronization engine" for 5G base stations and microwave communications, ensuring millisecond-level data interaction;

•Test & Measurement: Serving as the "time-base heart" for oscilloscopes and spectrum analyzers, supporting picosecond-level signal analysis;

•Aerospace: Delivering "space-grade stability" for satellite payloads and missile guidance, ensuring orbital control and strike precision.

Technological Breakthrough: Redefining the "High-Stability" Standard

The birth of SOXO20BF10MAHHB stems from technological breakthroughs in "ultimate stability": innovative constant temperature control algorithms overcome wide-temperature frequency drift; optimized packaging structures enhance vibration and electromagnetic interference resistance; military-grade reliability testing implants the "stability gene" into every oscillator.

As technology advances toward "more precision and reliability", the SOXO20BF10MAHHB High-Stability OCXO, as a "time-frequency cornerstone", drives fields like communications, test & measurement, and aerospace toward "micron and nanosecond-level" breakthroughs, becoming the "invisible force" behind high-end equipment.