LM4050CEX3-3.3/V+T

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The LM4050CEX3-3.3/V+T is a precision CMOS voltage reference that produces a highly accurate reference voltage. It is built using advanced monolithic process and uses full tight trimming for extreme accuracy. The device is ideal for applications requiring high voltage accuracy, such as low-noise power supplies, reference voltage standards and precision measurement systems. It is designed to provide a tight and consistent reference voltage with extremely low noise and temperature coefficient.

In the field of PMIC – Voltage Reference, it is used to provide an extremely accurate reference voltage for numerous applications. It is specifically designed to be highly stable over temperature variation and is capable of being permanently trimmed to an accuracy of one hundredth of a percent. It is widely used in many different applications such as semiconductor manufacturing, precision measurements, accurate clock generators, and low-noise power supplies.

The LM4050CEX3-3.3/V+T is an excellent choice when an extremely low-noise and high-accuracy reference voltage is needed. It uses a temperature-compensated voltage reference circuit, along with tight trim components, to provide a very stable voltage reference. This device is also highly temperature-stable, with a temperature coefficient of 0.15mV/ºC. Additionally, this device can be trimmed in-circuit, allowing for flexibility and optimization to a user’s specific needs.

To sum up, the LM4050CEX3-3.3/V+T is a highly accurate voltage reference for the PMIC - Voltage Reference application field. It is a precision device that is capable of tight trimming, great temperature stability, and low-noise performance. This device is ideal for applications requiring high voltage accuracy, such as low-noise power supplies, reference voltage standards and precision measurement systems.

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