CY29940AXC-1

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CY29940AXC-1 is an ultra-low jitter, high-frequency, low-voltage fanout buffer family that provides a 22-ps jitter performance in a wide range of applications. It offers a wide range of features, including ultra low-jitter delivery, fast switch-over, clock enable and disable, and inverters enable keep functions. It supports a wide frequency range, from 0 to 150 MHz. By leveraging the benefits of an ultra low-jitter clock buffer, CY29940AXC-1 enables the system to reach high-performance levels with the propagation delay approaches to zero.CY29940AXC-1 is suitable for a diverse range of applications. It can be used in data communication and storage systems, automotive, industrial automation, and much more. The family provides an outstandingly low input-to-output jitter from 0.023ps-0.2ps, ensuring accurate data transmission. The low-voltage function area allows the devices to be used in more low-voltage applications.The unique features and design of the CY29940AXC-1 allow the device to be suitable for high-speed interface applications such as found on processors, FPGAs, and ASICs. The device is capable of slewing up to 150MHz, making it the perfect choice for high-speed interfaces that require the highest frequency and lowest jitter high-performance transmission.In addition, the members of the CY29940AXC-1 family feature a low-voltage differential signaling (LVDs) interface with a low-voltage sending and a low-swing receiver. This helps decrease the power consumption compared to other similar devices. Furthermore, this feature also helps to reduce EMI issues.The key to the CY29940AXC-1’s performance lies in its advanced architecture design and low-voltage supports. It utilizes multiple high-frequency distributed elements that transfer high-frequency signals from one port to the other with minimal losses. This low-voltage and high-bandwidth design increases the device’s performance, as it reduces the integrated jitter and reduces output drive overshoot. Furthermore, the low-voltage makes it compatible with both 3.3 V and 5 V logic levels.The CY29940AXC-1 is designed to operate in two modes: the low-jitter output mode and the low-voltage mode. In the low-jitter output mode, it operates with an input frequency of up to 150MHz and provides a jitter of 0.023ps. This mode maximizes the accuracy of transmitted data. In the low-voltage mode, it operates with an input frequency of up to 50MHz and provides a jitter of 0.2ps. This mode is perfect for low-voltage interfaces and applications, as it helps to reduce power consumption and reduce EMI.At the same time, the CY29940AXC-1 family offers several flexible timing options, such as adjustable skew, clock enable, and inverters enable. The adjustable skew of the device enables it to output different frequencies with different phases, allowing for optimal accuracy and performance. In addition, the device’s clock enable and inverters enable allow for the accurate adjustment of the clock output, making the CY29940AXC-1 suitable for any application that requires precise timing.In conclusion, the CY29940AXC-1 family of devices is an ideal choice for high-speed, clock and timing applications. Not only does it provide high-speed, low-jitter output but it also offers flexibility in low-voltage and adjustable skew. This makes the device suitable for a diverse range of applications, from data communication and storage systems to industrial automation. With its outstanding jitter performance and adjustable skew, the CY29940AXC-1 is a great choice for any clock or timing application.

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