MAX14842ATE+T

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The MAX14842ATE+T is a logic-translators, level shifters package that makes connecting different power domains across different voltages possible. This device can shift data and control signals between higher voltage nodes and lower voltage nodes, enabling communication between devices of different power domains. The MAX14842ATE+T is an ideal solution for applications that require reliable voltage level shifting, like in audio, automotive, industrial, and consumer electronics.

The MAX14842ATE+T offers a wide operating range from -40°C to +125°C and from +2.7 V to +48 V. It has an input threshold voltage (VTH) of +1.8 V for accepting high voltage input signals, and an output voltage (VOUT) of +2.7 V for providing a low voltage output signal. The VOUT of the MAX14842ATE+T is adjustable in 5 mV steps, allowing configuration to best suit the application needs. The MAX14842ATE+T also provides open-drain (NMOS) outputs and automotive fault-tolerant feature set.

The MAX14842ATE+T is designed to safely connect the high-voltage power domains and low-voltage power domains without risk of damage to sensitive low-voltage components. It provides the functionally necessary level conversion between low-voltage and high-voltage signals and has a built-in protection circuit that prevents output voltages from exceeding the high-side power supply. The device also includes a voltage clamp and over-voltage protection.

The MAX14842ATE+T is extremely easy to use, with only two pins required for operation: VDD, for the supply voltage, and VOUT, for trace termination. It features a typical propagation delay time of 200 ns, making it suitable for high-speed digital applications. The device is small and light, with a 6-pin package size, that requires no external components for operation and it оnly requires 1-mA quiescent current, making it highly energy efficient.

The MAX14842ATE+T offers a wide range of applications, such as in audio processing, automotive engine control and monitoring, industrial automation and consumer electronics. It is also an ideal solution for interconnecting power domains which require shifting the logic level between different ranges of voltages with reliable results and low power consumption.

In summary, the MAX14842ATE+T is perfectly suited for applications requiring reliable voltage level shifting between different power domains. Its excellent features, small form factor, wide operational range, and superior performance make it an ideal solution for applications in the audio, automotive, industrial and consumer electronics markets.

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