Sample

14-Bit, 2400 MSPS RF DAC with 4-Channel Signal Processing

... 1 GHz) * −75 dBc @ fOUT = 200 MHz * −72 dBc ...

Low Power RTC with 8 Bytes of Battery Backed SRAM and Separate FOUT

Sample

1:1 ultra-low jitter crystal-in clock generator

... , and VCO frequency set fOUT with respect to fIN ...

Sample

1:2 ultra-low jitter crystal-in clock generator

... , and VCO frequency set fOUT with respect to fIN ...

Sample

1:4 ultra-low jitter crystal-in clock generator

... , and VCO frequency set fOUT with respect to fIN ...

Sample

1.8-V 11-outputs clock multiplier, distributor, jitter cleaner and buffer

... to the input frequency: FOUT = FIN × N/(M × P ...

Sample

100-MHz fully integrated fixed frequency low-jitter crystal oscillator clock generator

... . The output frequency (fOUT) is proportional to ...

Sample

106.25-MHz fully integrated fixed frequency low-jitter crystal oscillator clock generator

... . The output frequency (fOUT) is proportional to ...

Sample

125-MHz fully integrated fixed frequency low-jitter crystal oscillator clock generator

... . The output frequency (fOUT) is proportional to ...

Sample

156.25-MHz fully integrated fixed frequency low-jitter crystal oscillator clock generator

... . The output frequency (fOUT) is proportional to ...

Sample

212.5-MHz fully integrated fixed frequency low-jitter crystal oscillator clock generator

... . The output frequency (fOUT) is proportional to ...

Sample

250-MHz fully integrated fixed frequency low-jitter crystal oscillator clock generator

... . The output frequency (fOUT) is proportional to ...

Sample

312.5-MHz fully integrated fixed frequency low-jitter crystal oscillator clock generator

... . The output frequency (fOUT) is proportional to ...

Sample

Fully integrated wide range low-jitter crystal oscillator clock generator

... The output frequency (fOUT) is proportional to ...

Sample

1.8-V 1-to-10 high performance differential clock buffer

... as: ΔΦ = 1/(n × FOUT), where FOUT is the ...