High-Frequency VCXO suits applications from 120-600 Mhz.
Press Release Summary:
Available in 7.5 x 5.0 x 1.5 mm ceramic package, VCP Series is suited for high-end applications, including SONET, ATM/SDH, and other applications in optical market. Models VCP62AXT and VCP65AXT incorporate fundamental inverted mesa crystal blank that provides -120 dBc/Hz max jitter and 1 pS RMS max phase noise, while VCP32AXT and VCP35AXT incorporate internal phased locked loop. Series offers pullability ranges of ±30, ±55, ±100, and ±125 ppm at 1.65 V ±1.5 V.
Original Press Release:
Fox Introduces New High Frequency VCXO for Applications from 120 To 600 Mhz
Fort Myers, FL, December 2003- Fox Electronics, America's leading supplier of frequency control products, has expanded its extensive product line with the addition of a new high frequency voltage controlled crystal oscillator (VCXO). The new VCP Series is ideal for high-end applications with frequency rages within the 120 to 600 MHZ range, including SONET, ATM/SDH, and other applications in the optical market.
The new VCP Series is available in an industry-standard 7.5 x 5.0 x 1.5 mm ceramic package. A fundamental inverted mesa crystal blank provides exceptionally low jitter and phase noise, -120 dBc/Hz max and 1 pS RMS max respectively, on the VCP62AXT and VCP65AXT oscillators. The VCP32AXT and VCP35AXT incorporate internal phased locked loop (PLL), making these VCXOs extremely cost-effective.
Operating range of the oscillators is -10°C to 70°C (14°F to 158°F); supply voltage is 3.3 V ±5%; and input current is a maximum of 120 mA. The VCP series is offers pullability ranges of ±30 ppm, ±55 pp, ±100 ppm, and ±125 ppm at 1.65 V ±1.5 V. Output symmetry is 40% to 60% at a 50% Vp-p level.
Pricing for a VCP35AXT-311.020MHz is $16.97 in quantities of 1,000. Delivery is 6 to 8 weeks ARO.
For more information, please visit foxonline.com/vcxo_smd.htm or contact Customer Service, Fox Electronics, 5570 Enterprise Parkway, Fort Myers, FL 33905. Tel: 888/GET-2-FOX; Fax: 239/693-1554; E-mail: sales@foxonline.com; Web: www.foxonline.com.
