ZL40204LDF1

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The ZL40204LDF1 is an integrated engine that satisfies the needs of today\'s high-speed Serial Advanced Technology Attachment (SATA) and Fibre Channel (FC) storage and networking links. This engine is intended for use as a source and/or receiver at the physical layer for high-speed, client/server applications. The ZL40204LDF1 is designed to support the latest SATA and Fibre Channel standards and is capable of providing up to 150mV of differential output drive and extremely low power, even at high speeds. The ZL40204LDF1 can be used in a variety of applications such as serial storage and networking.

The ZL40204LDF1 is a combination clock buffer, driver, and clock generator device. The device integrates a 28-bit buffer, four drivers, and a 1GHz clock generator. The device is driven by an external crystal oscillator, which generates a fixed frequency 1GHz clock. The buffer is used to provide high-bandwidth clock buffering, while the four drivers are configured to generate a differential clock signal with up to 150 mV of output.

The ZL40204LDF1 is ideal for applications requiring a high-precision clock signal. The device is capable of operating with a very limited temperature range, and its low power consumption makes it suitable for low-power applications. Additionally, the ZL40204LDF1 offers multiple timing mode support which allows for application-specific optimization.

The ZL40204LDF1 is designed to provide a reliable, high-performance clock signal for applications such as serial storage and networking. It features high-frequency output and low jitter, making it ideal for applications requiring stable and reliable clock signals.ZL40204LDF1 features very low EMI characteristics, making it well suited for applications where high clock frequency is required but EMI should be kept to the minimum.

The ZL40204LDF1 is an ideal choice for applications requiring a low-power, high-performance clock signal. With its integrated buffer, driver, and clock generator, the device is capable of providing a robust clock signal with low power consumption and low jitter, making it an excellent choice for applications such as storage and networking. The device offers multiple timing mode support, making it ideal for application-specific optimization. Additionally, it features a very low EMI emission level and an extended temperature range, making it well suited for a variety of applications.

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