The M675S02 is a single frequency/single output SAW-based VCSO for low-jitter clock generation. The SAW (surface acoustic wave) delay line serves as a high-Q resontaor and the low noise SiGe VCSO IC provides a low noise floor and low 1/f phase noise. The combination of the SAW delay line and the custom IC result in very low phase noise and jitter performance. The M675S02 is available in frequencies from 500 to 1000 MHz with a guaranteed minimum pull-range of ±120 ppm. Industry-standard Kvco (VCO Gain) provides full replacement compatibility for most designs. The M675S02 is well suited for phase-locked loop applications, clock and data recovery circuits and other timing applications in telecom and optical fiber networking systems.

Features

  • Integrated SAW device
  • Low phase jitter 0.2ps rms typical for the M675S02 (50kHz to 80MHz) - Design Target
  • Output frequencies from 500 to 1000 MHz (Specify center frequencies at time of order)
  • Industry-standard Kvco for full compatibility
  • Differential 3.3V LVPECL output
  • Single 3.3V power supply
  • Small 5 x 7.5mm SMT (surface mount) package
  • Pb-free / Compliant to EC RoHS Directive (RoHS 5/6)

Product Options

Orderable Part ID Part Status Pkg. Type Lead Count (#) Temp. Grade Pb (Lead) Free Carrier Type Buy Sample
Obsolete CLCC 6 I Yes Tube
Availability
Obsolete CLCC 6 I Yes Reel
Availability
Obsolete CLCC 6 I Yes Tube
Availability
Obsolete CLCC 6 I Yes Reel
Availability
Obsolete CLCC 6 I Yes Tube
Availability
Obsolete CLCC 6 I Yes Reel
Availability
Obsolete CLCC 6 I Yes Tube
Availability
Obsolete CLCC 6 I Yes Reel
Availability
Obsolete CLCC 6 N Yes Tube
Availability
Obsolete CLCC 6 N Yes Reel
Availability
Obsolete CLCC 6 I Yes Tube
Availability
Obsolete CLCC 6 I Yes Reel
Availability

Documentation & Downloads

Title Other Languages Type Format File Size Date
PCNs & PDNs
PCN# : TB1303-02 Change of Tape & Reel Packing Method for Selective Products Product Change Notice PDF 361 KB
PDN# : Z-13-01 PRODUCT DISCONTINUANCE NOTICE Product Discontinuation Notice PDF 71 KB