SL23EP09NZSC-1H

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Clock/Timing - Clock Buffers, Drivers

The SL23EP09NZSC-1H is a clock buffer/driver device, and as such is used to buffer and drive clock signals across multiple distributed systems. This device is ideal for systems requiring high speed, low latency and low power consumption. It is designed for use in systems with a high number of clock signals and provides improved performance and power efficiency over older devices.

The clock frequency can be set from a range of 1 MHz - 33 MHz, making it applicable for a wide range of applications. It also has an impeccable jitter performance, with a tiny skew of 1 psec, and excellent noise rejection of 114 dB.

The device has two output clocks: a high power, low latency clock and a low power, high latency clock. This enables systems to access different levels of performance depending on their requirements, and can be easily fine-tuned to get the most effective performance.

The way the device works is by taking a single clock source, such as a crystal oscillator, and distributing its signal across multiple outputs. The device contains a multiplexer - the circuit which decides the output clock frequency - and a capacitive voltage divider, which controls the level of power consumption for different clock sources.

The device also contains a programmable frequency synthesiser and a PLL circuit, which allows the user to easily adjust the frequency of the outputs from the device. This also gives users more control over the system performance, and allows them to provide a more reliable clock signal at different frequencies.

When used in distributed systems, the device can provide much improved time accuracy compared to other clock buffers, owing to the low latency and low power consumption of the device. The device also helps reduce crosstalk between different clock signals, helping to minimize interference and reduce energy consumption.

Overall, the SL23EP09NZSC-1H is an ideal clock buffer/driver device for applications that require high speed, low latency and low power consumption. Its programmable frequency synthesiser and PLL circuit makes it easy to adjust the frequency of the output clocks, and its high noise rejection provides improved reliability in distributed systems.

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