SI53328-B-GM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SI53328-B-GM device is an expansion of Silicon Labs’ high-performance clock and timing family targeting applications that need precise clock and timing synchronization. The SI53328-B-GM is a low-power and low-jitter clock buffer and driver which is ideal for synchronizing multiple clocks in test and measurement, telecom and networking and consumer applications. This high-performance device acts as a fanout buffer, drawing and distributing synchronized clock signals from a single reference source, offering customers a wide range of features.

Application Field

The SI53328-B-GM is ideal for applications which require precise clock and timing synchronization. It is well suited for use as a fanout buffer for multiple clock synchronizing, where data from a single source needs to be synchronized in multiple destination locations. This device is ideal for test and measurement systems, telecom and networking applications, and consumer electronic products. Its low-power and low-jitter design make it an excellent choice for such applications.

Working Principle

The SI53328-B-GM device is a low-power and low-jitter clock buffer and driver, designed to generate multiple synchronized clock signals from a single reference source. The buffer portion of this device buffers the reference clock input, providing a low impedance output that corrects impedance mismatches between the driver and the load. The driver portion of the device takes the buffered clock input and drives the output, ensuring that there is no additional jitter added to the signal. This allows the SI53328-B-GM to precisely synchronize multiple clock signals for use in test and measurement systems, telecom and networking applications, and consumer electronic products.

The SI53328-B-GM clock buffer and driver allows designers to tailor the signal quality to the performance requirements of their application. The device supports adjustable slew rates, pre-/post-drive skew skew, and Differential/LVPECL, CML and LVDS outputs. This allows for a wide range of applications, ranging from low to moderate jitter performance requirements. The SI53328-B-GM also features a wide operating temperature range, allowing the device to operate in extreme temperatures.

The SI53328-B-GM device offers customers the highest performance, reliability, flexibility and scalability, while using the lowest possible power of any product in its class. The device’s robust architecture ensures that data is transmitted accurately, while its best-in-class power and jitter performance makes it an ideal choice for applications that require a high-performance and low-cost clock solution. Its low-power and low-jitter design make it an excellent choice for multiple clock and timing synchronization applications in communications, consumer, and industrial applications.

The SI53328-B-GM device provides a low-cost, low power and low jitter solution for multiple clock and timing synchronization applications. Its flexible design offers customers the highest performance and reliability, while using the lowest power possible. Its wide range of features, adjustable slew rates, pre-/post-drive skew, and Differential/LVPECL, CML and LVDS outputs make the SI53328-B-GM an ideal choice for test and measurement systems, telecom and networking applications, and consumer electronic products.

The specific data is subject to PDF, and the above content is for reference