SL23EP04NZZI-1T

Clock/Timing - Clock Buffers, Drivers

The SL23EP04NZZI-1T is a petite and versatile clock buffer/driver chip. It is an ideal choice for different electrical circuit designs due to its tiny footprint, industry compliant pins, and wide variety of options. This chip can be used in a number of clock applications, ranging from transmitting a basic clock signal to driving multiple digital clock outputs. It is designed with low power consumption and high output timing accuracy so that it can handle any complexity that circuit design may require.

The chip is composed of a two-stage PLL, two clock dividers, a selectable jitter attenuator output, a fine-correction output and a dedicated synchronization output. The two-stage PLL is integral in helping the chip produce a stable clock signal, as it adjusts the frequency of the clock output to match the desired frequency. The dedicated synchronization output allows for the reduction of systematic jitter, allowing for better clock performance and accuracy. The two clock dividers can be used to divide the frequency of the output clock, allowing for the production of multiple clock signals from the chip. The selectable jitter attenuator output is engineered to output with low-phase jitter, allowing for client applications to run more efficiently with less errors and better performance. Finally, the fine-correction output allows for small tuning adjustments to be made to the frequency of the output, allowing it to further meet the application’s desired output.

This chip is designed to operate within a wide voltage supply range. It can be ran at 1.2V, 1.8V and 3.3V, allowing for multiple uses within different application specific voltage environments. Its extreme low power consumption also gives it strong flexibility when designing in different environments. By using the chip’s stand by mode and Power Down options, it is able to retain the same state upon return of power.

SL23EP04NZZI-1T can be used in all sorts of applications that require clocking. It is mostly used in wireless base stations, industrial automation, portable devices, and communication systems. It is also found in automotive infotainment and other applications where low jitter, low power, and flexibility are all required. With the chip’s superior ability to generate a clock output, multiple applications can be handled as it eliminates the need for additional clock generators.

SL23EP04NZZI-1T offers a great solution for those looking for a reliable solution to their clocking needs. It offers users a tiny footprint with a variety of options to suit their needs. Multiple outputs can be generated with its built in clock dividers and its low noise, low jitter output make it a great choice for any application. Additionally, its flexibility allows it to be used in different voltages while its power consumption remains extremely low, giving it the ability to be used in a variety of enviornments where battery usage is a major concern.