PL133-27GC

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The PL133-27GC is a Clock Buffer, Driver and Generator, offering unparalleled performance and solutions for a wide range of applications. This device can be used to transmit clock signals between two or more embedded systems, to provide accurately delivered and synchronized clocks when the source clock is located away from the clock output location. The PL133-27GC is especially suited for high speed applications operating in a wide voltage range.

One of the key technological advancements found in the PL133-27GC is the patent-pending, multi-phase technology, which allows it to respond quickly and accurately to clock changes while providing a wide variety of clock output options. This buffer also integrates a low-skew PLL which generates a wide range of fixed frequencies. The digital PLL technology used in the PL133-27GC allows it to compensate frequency changes brought on by temperature or voltage changes. The combination of the digital PLL and programmable delay lines achieve precise frequency control and allows for precise manipulation of output frequency, phase and delay.

The PL133-27GC can be used to drive two or three independent clock outputs at 10.3125 and 10.3125/10.3125 MHz respectively. Timing requirements are adjustable down to the millisecond, with an adjustable duty cycle from 0% to 100%. The programmable skew of the dual output is adjustable from 12ns to 50 ns and is programmable in 25ns increments. Each output can also connect to an external VCXO input pin. This input can be used to program the VCXO to maintain a constant relationship with another source clock.

The PL133-27GC can also be used in applications requiring a clock generator and multiple output buffer for timing critical designs. By customizing the PL133-27GC for the application, it can be programmed to generate non-standard frequencies. For instance, the PL133-27GC can generate clocks with frequencies of 100 MHz, making it ideal for multi-processing networks and connection-oriented applications. Additionally, its low power consumption and small footprint make it highly suitable for embedded designs.

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