LM4041DILPRE3

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The LM4041DILPRE3 is a Voltage Reference from the family of PMIC - Voltage References. It’s designed to provide an accurate, low-noise and low-power reference voltage ideal for use in applications where absolute accuracy or tight tolerance is needed. This reference accurately tracks the input supply voltage, making it ideal for use in a wide variety of applications including portable communications, medical, automotive, industrial and instrumentation equipment.

The LM4041DILPRE3 operates over a wide input supply voltage range, from 3V to 24V. This makes it ideal for use in applications where the supply voltage may vary. The reference voltage is trimmed over a wide temperature range and there is a low temperature coefficient and low noise to provide superior accuracy and stability. The device also has a wide output voltage range from 0.1v to 10V which makes it suitable for a variety of voltage reference applications.

The LM4041DILPRE3 is designed to provide an accurate, low-noise and low-power reference voltage. It is easily substituted for an existing reference, due to its pin compatibility with other devices and its low power consumption. The LM4041DILPRE3 uses an advanced design technique which reduces its noise and provides excellent oscillations stability over temperature. The device also has an open-drain output structure offering convenient logic control of the output.

The LM4041DILPRE3 has a wide range of operating temperature, from -40°C to +125°C. This ensures the reference voltage will remain within the specified accuracy over a wide range of applications and environments. The device also has a low power consumption of only 1.4mW due to its low spread and low quiescent current. This makes it ideal for use in portable and battery-operated applications.

The LM4041DILPRE3 is a versatile reference voltage device which can be used in a wide range of applications. Its low power consumption and wide operating temperature range make it suitable for use in low-power or battery-operated applications. Its wide output voltage range, low temperature coefficient and low noise make it ideal for use in high accuracy or precision applications. The device’s open-drain output structure also makes it easy to design logic control of the output.

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