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Spread Spectrum PLL IP for GLOBALFOUNDRIES

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Compare 77 Spread Spectrum PLL IP for GLOBALFOUNDRIES from 3 vendors (1 - 10)
  • Fractional-N Frequency Synthesizer PLL
    • Wide functional range allows all frequencies in a system to be synthesized with one PLL macro
    • Input & output frequency ranges greater than 1000:1
    Block Diagram -- Fractional-N Frequency Synthesizer PLL
  • Aeonic Generate Clock Generation Module [PLL], 8x smaller than fractional analog solutions
    • Process portable
    • Proven (65nm to 3nm)
    • Full SCAN testable
    • Core voltage supply
  • GF L55LPE 55nm Spread Spectrum PLL - 60MHz-300MHz
    • Designed for PC, networking, and consumer-electronics applications where spread-spectrum clock sources are required to satisfy FCC requirements for peak RF spectral emissions.
    • Spreading rate and spreading depth are precisely adjustable to allow the designer to dial-in the desired characteristics.
    • 15-bit fractional-N feedback divider with 4 bits of precise control.
    • Available with multi-phase outputs.
  • GF L55LPE 55nm Spread Spectrum PLL - 120MHz-600MHz
    • Designed for PC, networking, and consumer-electronics applications where spread-spectrum clock sources are required to satisfy FCC requirements for peak RF spectral emissions.
    • Spreading rate and spreading depth are precisely adjustable to allow the designer to dial-in the desired characteristics.
    • 15-bit fractional-N feedback divider with 4 bits of precise control.
    • Available with multi-phase outputs.
  • GF L55LPE 55nm Spread Spectrum PLL - 240MHz-1200MHz
    • Designed for PC, networking, and consumer-electronics applications where spread-spectrum clock sources are required to satisfy FCC requirements for peak RF spectral emissions.
    • Spreading rate and spreading depth are precisely adjustable to allow the designer to dial-in the desired characteristics.
    • 15-bit fractional-N feedback divider with 4 bits of precise control.
    • Available with multi-phase outputs.
  • GF L55LP 55nm Spread Spectrum PLL - 80MHz-400MHz
    • Designed for PC, networking, and consumer-electronics applications where spread-spectrum clock sources are required to satisfy FCC requirements for peak RF spectral emissions.
    • Bandwidth, spreading rate, and spreading amount are precisely adjustable to allow the designer to dial-in the desired characteristics.
    • Feedback divider with 8 fractional bits allows the frequency to be set more precisely when the bandwidth is reduced.
  • GF L55LP 55nm Spread Spectrum PLL - 160MHz-800MHz
    • Designed for PC, networking, and consumer-electronics applications where spread-spectrum clock sources are required to satisfy FCC requirements for peak RF spectral emissions.
    • Bandwidth, spreading rate, and spreading amount are precisely adjustable to allow the designer to dial-in the desired characteristics.
    • Feedback divider with 8 fractional bits allows the frequency to be set more precisely when the bandwidth is reduced.
  • GF L55LP 55nm Spread Spectrum PLL - 320MHz-1600MHz
    • Designed for PC, networking, and consumer-electronics applications where spread-spectrum clock sources are required to satisfy FCC requirements for peak RF spectral emissions.
    • Bandwidth, spreading rate, and spreading amount are precisely adjustable to allow the designer to dial-in the desired characteristics.
    • Feedback divider with 8 fractional bits allows the frequency to be set more precisely when the bandwidth is reduced.
  • GF L55G 55nm Spread Spectrum PLL - 90MHz-450MHz
    • Designed for PC, networking, and consumer-electronics applications where spread-spectrum clock sources are required to satisfy FCC requirements for peak RF spectral emissions.
    • Bandwidth, spreading rate, and spreading amount are precisely adjustable to allow the designer to dial-in the desired characteristics.
    • Feedback divider with 8 fractional bits allows the frequency to be set more precisely when the bandwidth is reduced.
  • GF L55G 55nm Spread Spectrum PLL - 180MHz-900MHz
    • Designed for PC, networking, and consumer-electronics applications where spread-spectrum clock sources are required to satisfy FCC requirements for peak RF spectral emissions.
    • Bandwidth, spreading rate, and spreading amount are precisely adjustable to allow the designer to dial-in the desired characteristics.
    • Feedback divider with 8 fractional bits allows the frequency to be set more precisely when the bandwidth is reduced.
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