Efratom FTR-H Rubidium Frequency Standard Test Equipment Calibration Equipment Calibration Equipment
view moreThe Symmetricom®SA.22c-LN is designed for rubidium controlled time and frequency systems requiring low phase noise. The form factor is optimized to accommodate a 2-slot VME application. It is easy to integrate into a system. Low temperature sensitivity allows its use in a wide variety of applications. The SA.22c-LN technology is an incremental ...
view moreRubidium Frequency Oscillators AccuBeat produces a range of Rubidium Frequency Oscillators and Standards that includes the compact AR133 family and the Nano Atomic Clock - NAC1, that provide a stable time and frequency reference for a variety of applications such as mobile and wired telecommunication infrastructure, broadcasting …
view more· With the proper input power provided and suitable cooling provisions, you can turn a surplus M-100 into a free-standing 10 MHz +/-5×10 -11 (+/-5 x 10 ^-11 in case that your web browser doesn’t display the superscript font) frequency standard for frequency counters, as well as a precise calibration source. I use mine to keep precise track of …
view moreThe rubidium frequency standard is diffused in industrial calibration laboratories. Index Terms—Atomic clock errors, atomic clock survival probability, calibration intervals, calibration reliability, integrated Brownian motion, simple response method.
view moreA1000 The Quartzlock A1000 Frequency Reference is a 1U rack-mounted Rubidium Atomic Clock based instrument. Exceptionally low drift is a unique parameter for the A1000. The hourly and daily stability and drift performance are "best available", typically 8x10-13/day, at the 10MHz, low distortion, sine wave, 50 Ohm output.
view more· In order to reduce the influence of frequency-temperature characteristics, the ultra-thin rubidium atomic clock adopts the buffer gas with opposite temperature characteristics, and at the same time combines the method of temperature compensation.
view more· Spin fluctuations precess with Larmor frequency under a given external transverse magnetic field, and peak value of SNS corresponds to Larmor frequency, it is important for SNS with narrow linewidth and high signal-to-noise ratio (SNR) to use Lorentz function to derive the precise Larmor frequency.
view moreThe PRS10 establishes a new level of features and performance in atomic frequency standards. Its design provides the lowest phase noise, greatest versatility, and easiest path to system integration of any rubidium frequency standard available.
view moreThe Quartzlock E8010 GPS Disciplined Rubidium is an exceptionally low cost, traceable, 1-U rack mount, calibration-free, off-air frequency & time standards. These references maintain the high frequency & time accuracy required for demanding applications.
view moreMG362x1A. Rubidium delivers unmatched signal purity, output power, frequency stability and exceptional utility for a broad range of measurement applications across 9 kHz to 70 GHz frequency range. Signal purity determines quality of measurements in several applications such as radar, transceiver, ADC/DAC and components testing.
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