SY10EPT28LZI-TR

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SY10EPT28LZI-TR is a logic translator and level shifter that helps provide signal compatibility between two voltage systems.

The SY10EPT28LZI-TR provides bi-directional level translation between TTL/LVTTL and HSTL/SSTL, allowing direct connection and communication between voltage systems with different logic levels. This device is also configured with active bus hold time to address system level incompatibilities between low voltage and high speed TTL/LVTTL and HSTL/SSTL interfaces.

The SY10EPT28LZI-TR is designed to be a flexible, cost-effective level shifting solution. The device is designed with a multiple level shift capability, allowing it to be used for a variety of input voltage levels. It has an open-coast mode option, which is beneficial for use with other logic families such as LVCMOS, CML or AC logic.

The SY10EPT28LZI-TR has a wide range of applications in various industries. For example, it can be used in communication systems, control systems, and industrial automation. It can also be used in automotive applications where its active bus hold time helps to address system level incompatibilities between high speed logic families.

The SY10EPT28LZI-TR is a highly integrated device that features several features that help it in its level shifting function. It features an active bus hold time of 25 ns, which is beneficial for level shifting between high speed technologies, such as HSTL/SSTL and LVTTL. It also features a fabrication process that provides a low power dissipation of 3.2 mW, which helps to reduce overall power consumption. Additionally, the device features a two-stage cascade architecture that provides a power supply voltage of only 5V, making it flexible for use with a wide range of logic families including CML, LVDS and LVCMOS.

The SY10EPT28LZI-TR utilizes a three-level structure that helps it achieve its goal of providing signal compatibility between different voltage systems. The first level shift happens at the input stage, where the voltage is shifted to the required logic level. The second level shift occurs at the internal logic stage, where the logic signals of both voltage systems are matched. Finally, the signals are routed to the output stage, where they are shifted back to their native voltage level. This three-level system helps to achieve a high degree of accuracy and reliability when level shifting between different voltage systems.

Overall, the SY10EPT28LZI-TR is an effective and flexible logic translator and level shifter that helps to provide signal compatibility between two voltage systems. Its multi-level shift capability, low power dissipation, and active bus hold time, as well as its flexible fabrication process, make it an ideal solution for a variety of applications, especially those involving high speed logic families. With its comprehensive feature set, the SY10EPT28LZI-TR is a versatile and reliable tool for designers of all voltage systems.

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