MAX6041AEUR-T

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The MAX6041AEUR-T is an automotive grade, low-noise, low-dropout, two-terminal band-gap voltage reference from Maxim Integrated. It is a precision voltage reference designed for use in automotive environment, providing output voltage accuracy and performance flexibility. The MAX6041AEUR-T comes in a tiny, three-pin SC-70 package, making it ideal for use in small, space-constrained electronics.The MAX6041AEUR-T is a type of PMIC (Power Management IC) - Voltage Reference, meaning it is an integrated circuit that acts as a reference voltage source, providing a predefined voltage as an output. It is a very simple device with relatively few components, most notably an amplifier and an adjustable voltage reference diode. The MAX6041AEUR-T is a low-dropout, two-terminal band-gap voltage reference. A band-gap voltage reference refers to a type of voltage reference where a certain voltage is generated through the comparison of two different band gap voltages. Band gap voltage refers to the voltage difference between a semiconductor material\'s valence band and its conduction band, and is a common way of generating a very stable voltage reference.The MAX6041AEUR-T has a nominal output voltage of 1.22V, with an output voltage accuracy of ±1%, low temperature drift of 0.4mV/°C, and an output noise of 78μV RMS, making it an ideal choice for automotive applications. It has a wide operating temperature range from -40°C to +125°C, making it appropriate for a wide range of automotive conditions. In terms of power supply, the MAX6041AEUR-T requires a supply voltage of 0.9V to 16V, whilst the current input pin should be driven with a minimum of 200mA. It also offers up to 3.2mA of output current capability and is able to withstand input to output voltages up to 16V, meaning it can tolerate a wide range of possible operating conditions.The MAX6041AEUR-T is ideal for use in automotive and other applications due to its very high accuracy and low noise, as well as its wide operating temperature range, small package size and tolerance for a wide range of input/output voltages. As such, it can be used to provide an accurate and stable reference voltage for a variety of applications, both in automotive and other sectors.

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