SY10E111LEJY

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SY10E111LEJY is a non-inverting clock buffer/driver that propagates clock signals with minimal skew between outputs. It is able to support LVCMOS, LVTTL and HCSL compatible output signals and is ideal for applications that require low power, jitter-free clocks. This device supports delay buffers, where the output of the buffer is delayed relative to the input.

SY10E111LEJY can also be used to create multiple copies of a single clock signal and route it to separate locations for synchronization purposes. By using this buffer, designers can help ensure that any errors or jitter in the original clock input are minimized.

The SY10E111LEJY can be used in a wide range of applications, including timing buffering, clock gating, delay matching, clock doubling, clock synchronization and routing. Additionally, it can also be used for communication interfaces and as a clock generator for different types of embedded systems.

This device is characterized by its wide operating range. It can operate from -2.5 volts to +3.3 volts, and its output can be configured to support either single ended (LVCMOS/LVTTL) or differential (HCSL) signaling. The device also features low-skew drivers and an adjustable delay line.

The SY10E111LEJY works by distributing the clock signal at a predetermined frequency. The on-chip delay is adjustable to match a predetermined timing requirement. It then amplifies the signal and routes it to multiple outputs with minimal skew between outputs.

The SY10E111LEJY uses an input clock signal of up to 200MHz with a cycle-to-cycle jitter of less than 150ps. The output impedance is approximately 50 Ohms and the slew rate is adjustable. A programmable output pre-emphasis feature allows for improved signal integrity.

In summary, the SY10E111LEJY is a non-inverting clock buffer/driver with an adjustable delay line and is capable of supporting LVCMOS, LVTTL and HCSL output signaling. It is suitable for applications such as timing buffering, clock gating, delay matching, clock doubling, clock synchronization and routing. It also features low-skew drivers and an adjustable delay line, making it an ideal choice for applications that require low power, jitter-free clocks.

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