87004BG-03LF

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Clock/Timing - Clock Buffers, Drivers, is a greatly popular technology in the industry that enables the transmission of high-frequency clock signals between integrated circuits (ICs) and enables synchronization of multiple components. The 87004BG-03LF is a Clock/Timing - Clock Buffers, Drivers chip that offers superior performance and reliability.

The 87004BG-03LF is designed to improve the transfer of data between two ICs. It can effectively reduce delay and disruption of data transmission by providing low propagation delays to various signals and eliminating the need for multiple paths of multiple logic devices in order to drive the same clock. It can also improve ringing performance and reduce distortion caused by clock jitter and bit errors. In addition, the 87004BG-03LF can also help to reduce power consumption.

The 87004BG-03LF application fields include chip-level clocking solutions for Data Communications, Consumer Electronics, and Networking, among others. It is widely used in cellular base stations and switching hubs, as well as in routers, WAN switches, Network processors, LAN switches and PMC/PXI systems. The 87004BG-03LF can also be used in audio, video, communications and industrial control systems.

The 87004BG-03LF is a durable clock/timing buffer, driver IC that is designed to deliver high-speed, reliable data transfer. It features a tiny 1.27mm x 1.27mm WLCSP package with a low-standby current consumption of 0.7μA. It has an operating voltage range of 2.5V to 3.6V and provides a high-bandwidth overshoot of 16%. It is also RoHS compliant.

When it comes to working principle, the 87004BG-03LF incorporates a differential output architecture which helps to minimize distortion and ringing on high-speed clock signals. This full differential architecture also helps significantly reduce phase noise, thus helping to reduce jitter of the output clock signals. In addition, the IC is capable of operating up to 10.3GHz with a maximum output of 5.15GHz.

The 87004BG-03LF has several features that make it a viable choice for high-speed clock applications. For example, it has an integrated clock distribution channel which helps to automatically detect and switch clock paths with minimal latency, ensuring fast clock switching. It also features differential input buffers which improves clock integrity and reduces power consumption. In addition, the IC also features integrated voltage-regulation circuitry, which ensures stable operation across a wide temperature range.

In summary, the 87004BG-03LF application fields include a wide range of high-speed clock applications, such as cellular base stations and switching hubs, as well as audio, video, communications and industrial control systems. It offers superior performance with its full differential architecture and integrated voltage-regulation circuitry. In addition, its tiny 1.27mm x 1.27mm WLCSP package with a low-standby current consumption of 0.7 μA, make it a reliable choice for high-speed clock signals.

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