Abracon’s Phase Noise and Jitter Calculator provides engineers the ability to quickly assess the rms jitter performance of both Abracon oscillator solutions, as well as simulate the jitter performance based on user provided phase noise values.
Abracon的相位噪聲和抖動計算器使工程師能夠快速評估兩種Abracon有源晶體振蕩器解決方案的rms抖動性能，并根據(jù)用戶提供的相位噪聲值模擬抖動性能。
Since the tool’s inception in 2014, Abracon has made significant improvements to include a comprehensive selection-set for existing Abracon oscillators based on logic type, frequency, and supply voltage. In addition, both calculated rms jitter in femto seconds/pico seconds and calculated rms noise in radians are provided to assist engineers to determine the feasibility of the selected oscillator in their design.
自該工具于2014年推出以來，Abracon進行了重大改進，包括基于邏輯類型、頻率和電源電壓的現(xiàn)有Abracon振蕩器的綜合選擇集。此外，還提供以飛秒/皮秒為單位計算的rms抖動和以弧度計算的rms噪聲，以幫助工程師確定所選SPXO振蕩器在其設計中的可行性。Abracon生產非常適合微處理器的時鐘晶體振蕩器ACOL-12.000MHZ-EK

The standard default offset range relative to the carrier frequency for this tool is 10Hz to 20MHz for carrier frequencies above 50MHz, and 10Hz to 5MHz for lower carrier frequencies. Additionally, a user defined field is provided where engineers can input their own dataset and simulate the rms jitter performance.
對于該工具，相對于載波頻率的標準默認偏移范圍是10Hz到20MHz（對于高于50MHz的載波頻率）和10Hz到5MHz（對于較低的載波頻率）。有源晶振提供的載波頻率很符合市場的定律。此外，還提供了一個用戶定義字段，工程師可以在其中輸入自己的數(shù)據(jù)集并模擬rms抖動性能.Abracon生產非常適合微處理器的時鐘晶體振蕩器ACOL-12.000MHZ-EK

To enable further analysis, the complete dataset can be downloaded in CSV format, and the phase noise and jitter report is provided in PDF format which can be incorporated as part of the design history file.
為了進行進一步分析，可以以CSV格式下載完整的數(shù)據(jù)集，并以PDF格式提供相位噪聲和抖動報告，該報告可以作為設計歷史文件的一部分。
Abracon’s Phase Noise and Jitter Calculator provides a quick and accurate assessment of the oscillator performance and was developed to aid engineers during the front-end of their design cycle.
ABRACON晶振的相位噪聲和抖動計算器可對振蕩器性能進行快速準確的評估，旨在幫助工程師在設計周期的前端進行。
特點:應用程序:
20.2 × 12.6 × 5.08 mm
標準規(guī)范:
三態(tài)啟用/禁用選項。
供電電壓低。
HCMOS和TTL兼容。
緊湊對稱選項。
用于數(shù)字芯片和微處理器的時鐘信號源。
低功耗應用.