Features: • 80 ps part-to-part skew• 20 ps output-to-output skew• Differential design• PECL inputs and outputs• VBB reference output voltage available• 75 kW input pulldown resistors• Low voltage VCC range of 2.375 V to +3.8 V• High signaling rate ca...
PTN1111: Features: • 80 ps part-to-part skew• 20 ps output-to-output skew• Differential design• PECL inputs and outputs• VBB reference output voltage available• 75 kW inpu...
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SYMBOL | PARAMETER | LIMITS | UNIT |
---|---|---|---|
VCC | Supply voltage | 0.5 to +4.6 | V |
ESDHBM | Electrostatic discharge (Human Body Model; 1.5 k, 100 pF) | >2 | kV |
ESDMM | Electrostatic discharge (Machine Model; 0 k, 200 pF) | >200 | V |
The PTN1111 is a low-skew, 1:10 PECL clock distribution device. One selected clock signal out of two selectable inputs is fanned out to 10 identical, precision time-aligned differential outputs.
The PTN1111 is provided with a VBB reference voltage to allow for single-ended PECL input and with complementary clock inputs to allow for differential PECL input.
The main purpose and benefit of the PTN1111 is low skew: between individual outputs of a single PTN1111 (within-part skew or output-to-output skew) as well as measured from part-to-part. Within-part skew is realized by careful attention to internal layout and design of the PTN1111, whereas part-to-part skew is achieved by control and monitoring of relevant process parameters.
The PTN1111 can be used for high-performance, high-speed clock distribution in systems which utilize PECL as the primary signaling standard. Designers can take advantage of the device's performance to distribute clocks across a board or backplane, at an extremely high degree of time alignment, thereby affording system processors to achieve maximum utilization of the clock cycle.