MAX3393EEUD+

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Logic translators and level shifters are extremely useful chips which can facilitate communication between distinct electrical devices. This is especially useful for applications using several chips with distinct voltage levels ranging from 1.8V to 5V or higher, depending on the intended application. The MAX3393EEUD+ is a dual power-efficient differential level-shifter between two voltage domains and two channels, efficiently translating between two voltage levels without creating any cross-talk or droop.

The MAX3393EEUD+ is a lower-power, 3-channel level-shifter with one of the highest output drive capabilities in the market, capable of driving up to 20mA at 5V from the output. The chip contains an on-chip regulator that supplies a power supply-voltage reference input to the entire chip, easing the burden of external regulators when applications require 1.8V output voltage.

The chip works by isolating one voltage domain from another, and providing an accurate voltage level-shifting of up to 500mV. The chip takes the incoming 3.3V or 5V data signals, and translates them into 1.8V output signals. It also features hot-swap capability, allowing a maximum of data corruption protection when switching between logic states.

The MAX3393EEUD+ is a great solution for applications such as in mixed-signal data converters, digital displays, system control, audio, communications, and automotive systems. It is extremely reliable and offers an extended temperature range from -40°C to 125°C, perfect for applications that require high-temperature components.

The MAX3393EEUD+ is an ideal solution for designs that require high voltage conversions without the need for bulky and power-hungry components. Additionally, its high-output driving capability, linear operation, and controlled output skew can be useful in a wide array of interfacing and communication applications.

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