TXS0102DCUTG4

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The TXS0102DCUTG4 is a logic-translator, level-shifter integrated circuit (IC). It is used to convert a CMOS logic signal from one voltage domain to another and particularly from lower voltage domain to a higher voltage domain. It was designed for use in industrial, automotive, and portable applications, and can operate over a wide variety of voltage and temperature ranges.

Features of TXS0102 DCUTG4:

• Wide supply voltage range: -0.3V to +6.0V
• Low power consumption: 15uA
• Overvoltage tolerant: withstands up to 8V
• Temperature range: -40C to +125C
• Operating frequency: Up to 400kHz.

Application Fields of TXS0102 DCUTG4:

• Industrial Control
• Automotive Electronics
• Computer peripherals
• Portable Electronic Devices

Working Principle of TXS0102 DCUTG4:

• The TXS0102 DCUTG4 uses a differential amplifier to sense the logic input signal.
• When the logic input is high, the output of the differential amplifier is high, and the output of the TXS0102 DCUTG4 is high.
• When the input is low, the output of the differential amplifier is low, and the TXS0102 DCUTG4 output is low.
• The TXS0102 DCUTG4 converts the logic signal from a lower voltage domain to a higher voltage domain, while keeping the state of the signal the same.

The TXS0102 DCUTG4 is a versatile and reliable component for interfacing between logic devices with incompatible logic levels. It is ideal for applications requiring precision level-shifting and can operate in both 1.8V and 3.3V logic-level environments. Its wide operating temperature range and overvoltage tolerant design makes it suitable for industrial, automotive, and portable applications.

The TXS0102 DCUTG4 is a one-of-a-kind IC that provides excellent performance and reliability. Its low power consumption and wide supply voltage range make it an ideal choice for use in a variety of applications. With its level-shifting capabilities, the TXS0102 DCUTG4 can simplify logic-level conversions and eliminate the need for external components. This, in turn, can reduce design complexity and cost.

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