CAT8900B250TBGT3

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The CAT8900B250TBGT3 PMIC (power management integrated circuit) is a voltage reference device designed to provide a wide range of precision voltage references in a very small package. It is typically used in applications where a high accuracy voltage reference is required, such as in portable medical equipment or industrial automation systems. The CAT8900B250TBGT3 is designed to be extremely reliable and highly accurate with a wide temperature range and drift characteristics. In addition, it offers a wide input voltage range, low power consumption, and a small package.

The CAT8900B250TBGT3 is a three-terminal positive voltage regulator that can provide a voltage reference with excellent accuracy and thermal stability. It features a single voltage reference with a typical accuracy of 0.5% over a wide temperature range of -40°C to +125°C. It is not easily affected by changes in temperature, supply voltage, and load, making it suitable for a variety of systems. It also features a low quiescent current which allows for a longer battery life in portable applications.

The CAT8900B250TBGT3 works by generating a precise voltage reference which is used to establish a reference voltage level. This level is then maintained over a wide range of load current, temperature, and input voltage with an excellent accuracy of 0.5%. The device also features a low dropout voltage, which means it can maintain the reference voltage level even at very close input and output voltages.

The CAT8900B250TBGT3 is ideal for applications such as medical instruments, battery-backup systems, automotive electronic control units, and industrial automation systems, where a high accuracy reference voltage is needed. Its low dropout voltage and low power consumption also makes it suitable for low voltage and portable applications.

In summary, the CAT8900B250TBGT3 is a high accuracy voltage reference device featuring excellent accuracy and stability. It is very reliable and is suitable for applications requiring a high accuracy voltage reference over a wide temperature range and input voltage range. Its low dropout voltage and low power consumption also make it ideal for low voltage and portable applications.

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