870S208BKLFT

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The 870S208BKLFT is a clock buffer that is designed for various applications requiring low-skew clock distribution. This device improves clock-skewing issues by providing low-skew clock distribution between the buffer outputs, which is critical for high-speed devices. This buffer ensures that data is transferred between components without any delays. Its wide bandwidth supports clock rates up to 200 MHz, while its advanced layout techniques ensure high signal integrity and excellent jitter performance.

The 870S208BKLFT is an ideal clock buffer to use in next-generation devices and systems, such as high-speed networking and communications systems, video broadcasting systems, digital gaming systems, and other high-speed, high-performance board-level designs. It is also suitable for holding up multiple copies of reference clocks for various test applications such as GPU testing, DSP testing, RAM testing, and other consumer and industrial test applications.

The 870S208BKLFT is designed to receive an input reference clock, which is then amplified and buffered to produce low-delay, low-jitter, low-skew clock outputs. It also provides buffer outputs to drive eight differential clock signals. These buffered clock outputs have been designed for various clock skewing and data transfer applications. This device has been designed for guaranteed performance of low-skew clock distribution, data integrity, and low jitter.

The 870S208BKLFT has excellent electrical characteristics including a wide 4.5V to 3.3V operating voltage range, low-skew clock distribution (channel-channel skew of 200ps max), low jitter output, a fast setup and hold time of 0.25ns, and a low-power consumption of 135mW (worst case). It is also equipped with internal circuit protection against latch-up, so it is not only safe to use but also very reliable.

The 870S208BKLFT is designed for use in clock distribution and synchronization applications in a variety of systems and devices. This device can fulfill a myriad of tasks for any clock application, ranging from simple to complex. Additionally, it can be used in multiple addresses and multiple ports. This buffer has been designed for easy handling and hassle-free operation, making it an excellent choice for clock distribution and synchronization tasks.

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