74AUP3G16DCH

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74AUP3G16DCH is a member of the AUP3G family of high-performance PCIe 4-lane PCIe end port line drivers and receivers used in conjunction with MCUs in the automotive market. The device is designed to provide reliable protection with its ESD and latch-up protection as well as low noise and EMI emission. Moreover, the device also integrates thermal protection to prevent IC damage from exceeding its safe operating temperature.

The 74AUP3G16DCH is classified as a Logic - Buffers, Drivers, Receivers, Transceivers device. This device functions as a buffer, driver and receiver for the PCIe 4-lane PCI end port line. This device is used to ensure the integrity and reliability of the data signals that the MCU transmits and receives over the PCIe interface. The device supports bi-directional transmission of data over the PCIe interface, allowing data transceivers to send and receive data. 

The device features differential output as well as a current-mode logic (CML) input. The differential output provides enhanced data transmission and helps to eliminate EMI noise, while the CML input allows the MCU to control the logic level of the output data. Furthermore, the 74AUP3G16DCH features selectable 16-level pre-emphasis, which can be used to increase the robustness of the PCIe interface.

In addition, the device supports fault detection and de-emphasis. Fault detection allows the device to detect any irregularities in the data transmission, such as a short circuit or open circuit, and then take corrective action to prevent any damage to the system. De-emphasis reduces interference from adjacent channel signals, thus, providing enhanced system performance.

The 74AUP3G16DCH is a highly integrated device offering high-speed and secure data transmission over the PCIe interface. As it integrates thermal protection and robust ESD and latch-up protection, it is highly reliable and efficient for use in automotive applications. Furthermore, the device supports high bit rate transmission, enabling fast and reliable data transmissions over the PCIe interface. This makes it an ideal solution for applications such as in-vehicle infotainment and advanced driver assistance systems.

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