Fox Electronic's 2.5-Volt HCMOS Oscillators Offers Stabilities As Low As 8 ppm
Fox Electronics, a leading global supplier of frequency control solutions, now offers HCMOS 
oscillators with 2.5-volt operation and tighter stability options of 15 ppm (F547), 10 ppm (F549) and 8 ppm (F54S), with phase noise of -140 dBc/Hz at a 10 kHz offset and a jitter period of 3 ps (RMS), making the series ideal for communication equipment, data transfer and test and measurement equipment applications, where reduced current and heat generation are required.
Ideal for customers needing tight stability oscillators, Fox's new F54 oscillator series features significantly tighter stability options compared to traditional oscillator stabilities of 100 ppm to 20 ppm. Fox's new low voltage oscillators also operate over a wide temperature range of -20°C to +70°C or optional temperature range of -40°C to +85°C (R Version) and feature a maximum soldering temperature of 260°C at 10 seconds.
The HCMOS version offers an input current (IDD) of 7 mA and an output current (IOL) of 4 mA minimum. Output symmetry for the F54 series is 45% to 55% over a frequency range of 4 MHz to 54 MHz.
The RoHS-compliant series has a gold over nickel termination finish and features industry standard packaging of 5.0 mm x 3.2 mm, including footprint and pin-out. Fox's F540 series is packaged on tape and reel.
Share this article with others
Post to del.icio.us
Printed from http://www.electronicsworld.co.uk/news/11570/Fox_Electronic's_25-Volt_HCMOS_Oscillators_Offers_Stabilities_As_Low_As_8_ppm.html
Comment on this article
Skip to comments
We encourage users to analyse, comment on and even challenge Electronics World's articles, including the one above - 'Fox Electronic's 2.5-Volt HCMOS Oscillators Offers Stabilities As Low As 8 ppm'
User reviews and comments that include profanity or personal attacks or other inappropriate comments or material will be removed from the site.
Additionally, entries that are unsigned or contain "signatures" by someone other than the actual author will be removed. We will take steps to block users who violate any of our posting standards, terms of use or privacy policies or any other policies governing this site.