CY7B991V-7JXCT

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The CY7B991V-7JXCT is a high performance low-skew 3.3V differential clock buffer used in low noise and high frequency applications. It has an adjustable slew rate for optimum noise and frequency selection, and provides an adjustable range of skew to meet the requirements of differential clocks. Additionally, the differential clock buffer offers unparalleled EMI/RFI protection and power savings. It is designed to drive differential clock signals at frequencies up to 700 MHz over long distances from the source or to compensate for the differential clock path losses. The CY7B991V-7JXCT offers several features which make it an ideal choice for clock tree applications. It provides adjustable skew range to match different differential clock characteristics, along with adjustable slew rate for optimum noise and frequency performance. Additionally, it has excellent EMI/RFI protection and requires lower power than conventional clock buffers.The combination of these features makes the CY7B991V-7JXCT a great choice for driving high-speed differential clock signals in a variety of applications. It is ideal for driving differentially clocked circuits in advanced processors, high-speed RAMs, and telecom systems. It is also suitable for FPGA, ASICS, SCADA, and many other timing-sensitive applications.The CY7B991V-7JXCT is available in a tiny 8-contact LLP or TSSOP footprint, and is available in several different power packages, including a few 0.4mm lead pitches. It is designed with a very low input-to-output skew for maximal performance, and is capable of supporting output clocks up to 700 MHz. The CY7B991V-7JXCT is a high-performance, low-skew clock buffer that offers excellent EMI/RFI protection and power savings. It is designed to drive high-speed differential clocks in a variety of applications, including FPGA, ASICS, SCADA and other timing-sensitive systems. The adjustable slew rate and adjustable range of skew make it an ideal choice for low noise and high frequency applications.

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