TLV74125PDBVR

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The TLV74125PDBVR is a Texas Instruments produced integrated circuit (IC) from the PMIC – Voltage Regulators – Linear category. It is a dual, low-power single rail 3-state differential line driver sometimes known as static line driver. This IC is designed for use in high-speed data communications, in memory or peripheral systems, or any any other applications in which a signal must travel over long distance at high speeds.

The TLV74125PDBVR has two main features: it is low power and it can drive a differential line up to 10 m long with no signal deterioration. It is constructed using advanced CMOS technology and its chips have a temperature range of – 0°C to 70°C and an operating voltage range of 4 V to 15 V. It includes an active pull-down input feature which enables it to pull the output low when the input is high. This makes it ideal for driving a bus with open collector output.

The TLV74125PDBVR operates in three different modes - active, high impedance and low drive. When the chip is in active mode, it acts as a three state buffer and will drive the output high or low according to the input signal. In high impedance mode, the output is pulled low (or not driven at all). Low drive mode, when the chip is in an active state, is used for applications in which the driver does not need to pull the output low and instead is used to provide extra current driven into the line. This mode is also used to reduce power consumption.

The TLV74125PDBVR is used in a variety of applications including high-speed data communications. It is used to transmit signals over long distance with little signal degradation due to its low power and differential line driver features. It is also ideal for memory or peripheral systems due to its active pull-down input capability. Additionally, this IC can be used to drive open collector outputs.

The TLV74125PDBVR is an effective IC which makes the transmission of digital signals over long distances easier and more efficient. Its combination of low power and ability to drive a differential line up to 10 m long makes it an ideal solution for applications in high-speed data communications, memory or peripheral systems and open collector outputs.

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