Fox Electronics, a leading global supplier of frequency control solutions and an IDT company, has expanded its XpressO product line to include three sizes of automotive-grade, HCMOS oscillators to meet the advanced clocking requirements in modern vehicle systems.
With the same exceptionally low jitter as other XpressO oscillators, the new models conform to AEC-Q200, which tests passive components to applicable automotive reliability parameters.
Available in three industry standard packages—3.2 x 2.5 mm; 5 x 3.2 mm; and 7 x 5 mm—the new automotive-grade oscillators offer a frequency resolution to six decimal places with a range from 0.75 to 250 MHz. The 3.3 V oscillators operate over extended temperatures of -40° to +85°C.
The new XpressO oscillators are ideal for use in a wide range of automotive electronics systems. Specific applications include in-cabin electronics for comfort and convenience, proximity sensing for back-up cameras and parking assist as well as monitoring for optimum vehicle operations.
Fox’s proprietary ASIC technology, with a 3rd order Delta Sigma Modulator (DSM), enables XpressO oscillators to significantly reduce noise to levels comparable with traditional bulk quartz and SAW oscillators. This ASIC family enables the selection of output type, input voltages and temperature performance within the oscillator.
Technical Specifications:
- HCMOS 3.3 V XpressO oscillators
- Automotive-grade XOs conform to AEC-Q200
- Frequency range from 0.75 MHz to 250 MHz with resolution to six decimal places
- XpressO proprietary ASICs with 3rd order DSM significantly reduces noise
- Available in three industry standard packages, pin-out and footprints
- Tri-state enable/disable feature
Pricing and delivery are dependent upon specifications selected and quantity ordered.
For more information, please http://foxonline.com/xpresso-automotive.html or contact Customer Service, Fox Electronics, 5570 Enterprise Parkway, Fort Myers, Fla. 33905. Tel: 888-GET-2-FOX; Fax: 239-693-1554; E-mail: http://www.foxonline.com/email.htm.