PI74AVC164245AAEX

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The PI74AVC164245AAEX is a logic-level translator that can offer a high performance alternative to other level translation solutions. It is suitable for a wide range of applications, from low-power dual-line buffer/transparenter to high-speed low-skew multiplexers. With a low LVTTL input voltage range, the PI74AVC164245AAEX can provide excellent level shifting capabilities and bring higher speed data transfer to systems that require frequency-dependent multiplication.

The PI74AVC164245AAEX can be used to convert from one logic level to another, to provide the required level of signal translation for the system. It works by sensing the logic levels and then providing the desired output level through the drivers. This provides for high speed level translation. The device offers an extensive range of features, including integrated master-slave architecture, high current drive capability and adjustable voltage slew rate.

The working principle of the PI74AVC164245AAEX is relatively simple. The device consists of two sets of pins. The first is referenced as the control lines while the second is referred to as the data lines. When a logic signal is applied to the control lines, the device will begin to perform the level translation between the logic levels applied. This level translation can be used on single lines or multiple lines depending on the application.

In addition to Level Shifting, the PI74AVC164245AAEX can also be used for Clock Synthesis and Bus Bridge applications. Clock Synthesis involves the use of the Level Shifting capabilities to generate multiple clock outputs from a single input, while Bus Bridge applications allow for the use of multiple low-voltage, low-power devices to be connected together using a single bus.

The PI74AVC164245AAEX is a great choice for applications where level shifting is needed at the system level. It is recommended for a wide range of applications including digital signal processing, communication systems and data storage systems. The high-performance level shifting capabilities of this device make it suitable for applications that require highly reliable, fast, and low-power communication.

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