Differential Logic (ECL)
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Differential ECL, PECL, CML, LVDS, HSTL, HCSL
ON Semiconductor supplies high frequency devices based on Emitter Coupled Logic (ECL) design techniques, which provides superior jitter and skew. Devices are available in the PureEdge™, GigaComm™, ECLinPS MAX™, ECLinPS Plus™, ECLinPS Lite™, ECLinPS™, MECL-10KH™/MECL-100KH™, and
MECL™ families.
ON Semiconductor supplies ECLinPS Lite™ differential clock and logic devices, with throughput speeds up to 3 GHz, based on emitter coupled logic (ECL) design techniques.
ON Semiconductor supplies ECLinPS MAX™ differential clock and logic devices, with throughput speeds up to 6 GHz, based on emitter coupled logic (ECL) design techniques.
ON Semiconductor supplies ECLinPS Plus™ differential clock and logic devices, with throughput speeds up to 4 GHz, based on emitter coupled logic (ECL) design techniques.
ON Semiconductor supplies ECLinPS™ differential clock and logic devices, with throughput speeds up to 3 GHz, based on emitter coupled logic (ECL) design techniques.
ON Semiconductor supplies GigaComm™ differential clock and logic devices, with throughput speeds up to 12 GHz, based on emitter coupled logic (ECL) design techniques.
ON Semiconductor supplies Low Voltage ECLinPS Plus™ differential clock and logic devices, with throughput speeds up to 4 GHz, based on emitter coupled logic (ECL) design techniques.
ON Semiconductor supplies Low Voltage ECLinPS Lite™ differential clock and logic devices, with throughput speeds up to 3 GHz, based on emitter coupled logic (ECL) design techniques.
ON Semiconductor supplies Low Voltage ECLinPS™ differential clock and logic devices, with throughput speeds up to 3 GHz, based on emitter coupled logic (ECL) design techniques.
ON Semiconductor supplies MECL-10K™ differential logic devices, based on emitter coupled logic (ECL) design techniques.
ON Semiconductor supplies MECL-10KH™ / MECL-100KH™ differential clock and logic devices, based on emitter coupled logic (ECL) design techniques
ON Semiconductor supplies PureEdge™ clock devices, featuring RMS phase jitter as low as 290 fs.
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New Semiconductor & Integrated Circuit Devices
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NB7V32M
NB7V33M
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Differential Clock Dividers
- /2 and /4 clock dividers
- Random clock jitter < 0.2 ps RMS typical
- Input clock frequency up to 12 GHz
NB6HQ14M
NB7HQ14M
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Differential 1:4 Clock Drivers
- Include selectable input equalizer
- Input clock frequency up to 7 GHz
- Random clock jitter <0.2 ps RMS typical
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