TXS0102YZTR

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TXS0102YZTR is a logic-to-logic level translation device that utilizes a differential drive with variable input and output thresholds for level shifting. It is suitable for low-voltage and low-power applications. It is available in an 8-pin NSOP and TSSOP package and is easily integrated into a wide variety of digital system designs.

The TXS0102YZTR device is designed to facilitate the level shifting required when two devices of differing logic families need to interact with each other, such as a 3.3V system interfacing with a 5V system. It eliminates the need to use additional logic buffers and series resistors which can introduce noise and adversely affect the overall performance and reliability of the system. It is available in a wide range of voltage levels, making it suitable for low-voltage and low-power applications.

The TXS0102YZTR works by using a combination of a differential drive and variable input and output thresholds to translate signals between two different logic families. The differential drive is used to drive the input and output buffers, allowing for a higher speed and increased drive capability compared to other level shifters. Additionally, the device has adjustable internal thresholds, allowing the user to select the logic level and Hysteresis required to ensure reliable level shifting.

The input signals are first driven by the internal differential drive and then compared to the adjustable internal thresholds. If the input signal is lower than the threshold, the output will reflect a logic low and if the input is higher than the threshold, the output will reflect a logic high. The Hysteresis helps to prevent any potential noise or glitches from causing unwanted oscillations at the output.

The TXS0102YZTR is a versatile level shifter that is capable of handling a wide variety of logic levels and voltages. It offers high speed, low power consumption, and adjustable thresholds for reliable level shifting. As it is available in an 8-pin NSOP, and TSSOP package, it is all the more easier to be integrated into a wide variety of digital system designs. In addition, it also eliminates the need for additional logic buffers and series resistors, saving component count and space, while reducing cost and system size.

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