TXS0108EPWRG4

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The TXS0108EPWRG4 level shifter translates input signals of two logic families by two independent two-channel level shifters. It is suitable to adjust the voltage and current of logic signals in electronic circuits. In many cases, it is used to convert low voltage signals into non-physical protected high voltage signals.

The TXS0108EPWRG4 offer many features like equalization of digital signal rise and fall times and it has good current capability for driving both input and output circuits. To reduce power requirements, the output detection circuit has been improved from the previous generations, and digital false logic has been markedly reduced. The chip\'s body also has small size and low noise levels. In addition, selective programming interface and adjustable gain and offset features are used for optimal output level control.

The working principle of TXS0108EPWRG4 is based on the principle of equivalent resistance. It converts low-voltage TTTL (Transistor-Transistor Logic) or low-current CMOS logic input signals into high-level differential signals. On one side, the input signals are driven by the driving transistor, and on the other side, the output is connected to the resistor and the feedback loop. The output is then amplified by the op-amp, which is located between the output and the feedback loop.

The TXS0108EPWRG4 is mainly used in medical, automotive, consumer electronics and industrial applications. It is used to provide input and/or output voltage level-shifting and signal conditioning for microprocessors and other logic circuits. Automotive applications include automotive industrial control and central locking systems. In consumer electronics, it is used in video cameras, digital audio players, wearables and smart home devices. Industrial applications include testing, measurement and process control.

The TXS0108EPWRG4 is a low-cost, low-power, flexible level shifting and signal conditioning device. Its features make it ideal for use in a variety of applications where voltage/current conversion, signal conditioning, and shaping of signals at the interface between two different logic families is required. Its small size, low power consumption and low heat dissipation makes it attractive for space-limited applications.

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