AD574AKNZ

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Analog to Digital Converters – or ADCs – are components used to convert analog, physical signals into digital signals that can be more easily measured, processed, and stored. Digital to analog converters usually convert incoming current or voltage signals into digital signals that follow a linear relationship. Depending on the type, they convert electrical signals such as amplifier gain, input voltage ranges, and frequency responses into data that can be manipulated. The AD574AKNZ is one of these converters, and can be classified under data acquisition.

The AD574AKNZ is a fully differential, low-voltage, high-accuracy converter with an excellent performance-to-cost ratio. It uses an input voltage range of 0.4-4.75V and is capable of accepting small signals, large signals, and low-to-medium speed signals. It also has the ability to reject large common mode signals, making it suited for use with motor drive and PWM applications. This converter also features excellent accuracy with offset errors as low as 2mV and full-scale errors as low as 0.04%.

The AD574AKNZ is a multifunction, 8-bit converter that is suitable for numerous applications. Its digital input and output capabilities make it suitable for various systems that require digital input signals. Additionally, its high resolution makes it perfect for use in precision measurement and control systems. This converter is also suitable for general-purpose data acquisition applications where medium-speed conversion and low-power operation are of paramount importance. Furthermore, its small size, high accuracy, and wide range of available options make it suitable for use in a variety of mobile applications.

The AD574AKNZ is based on sigma-delta conversion technique which is a multi-bit method of achieving high resolution with low power consumption. In this technique, a sigma-delta modulator (SDM) is used to convert an analog signal into a digital signal. This signal is then fed into an analog to digital converter (ADC) to convert the signal into numbers. The ADC output is then sent to an SDM which reconstructs the signal and produces a digital result. This method is used for both single and multi-channel converters and is most commonly used for precision measurement applications such as medical imaging and aerospace tracking.

The AD574AKNZ is capable of operating from either a 3.3V or an 5V power supply and features low power consumption. It also features exceptionally low offset, gain and temperature errors which makes it suitable for very accurate applications. This converter is also immune to power supply line noise and is designed to work in various temperature ranges, making it suitable for use in a variety of applications.

In conclusion, the AD574AKNZ is an excellent choice for data acquisition and precision measurement applications. Its wide operating temperature range, high accuracy and special features make it an ideal choice for those applications requiring a high resolution, low noise and low power converter.

The specific data is subject to PDF, and the above content is for reference