AD9268BCPZRL7-125

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The AD9268BCPZRL7-125 is a 12-bit ultra-low power oversampling analog-to-digital converter (ADC) for use in embedded data acquisition and sensing applications. It is the first integrated ADC in the ADI portfolio that incorporates both a low-noise amplifer (LNA) and an on-chip temperature sensor matched with a precision bandgap reference unit. The LNA provides an additional amount of gain to improve dynamic range and reduce the input referred noise. The ADC utilizes an integrated low-power, low-distortion over-sampling architecture with a 12-bit output for a wide range of applications including industrial process control, automotive, and medical systems. The device also has a wide input range, integral linearity of 0.1LSB (Maximum Differential Nonlinearity), and up to 8-channel serial data output.

The AD9268BCPZRL7-125 offers a wide input power range, enabling it to operate, effectively, over a wide temperature range of -40 to +125 degrees Celsius, while still providing excellent accuracy and resolution. Additionally, the ADC includes an on-chip temperature sensor, which allows it to track ambient temperature and provide a more accurate analog to digital conversion. The power consumption of the ADC is only 126mW, yet under load, which makes it well suited for applications that require low power consumption.

The application of the AD9268BCPZRL7-125 is in the data acquisition field for various tasks such as industrial process control, automotive, and medical systems. These device is able to convert analog signals into digital signals without sacrificing performance and accuracy. The application of this ADC also includes being used in embedded sensing systems, as its low power consumption allows it to be very efficient and long lasting. Additionally, the wide input voltage range and high resolution of the ADC make it suitable for various complex and demanding tasks.

In addition to its applications, the working principle of the AD9268BCPZRL7-125 is that of an analog-to-digital conversion. It is an oversampling architecture, in which samples are taken more frequently then necessary. This method helps to reduce distortion and increase the accuracy of the output information. The ADC also utilizes both a low-noise amplifier (LNA) and an on-chip temperature sensor to minimize noise and accurately process temperatures below and above the room temperature.

Finally, it is also important to note that the AD9268BCPZRL7-125 is designed in such a way that it can be programmed with an on-chip Digital Signal Processor (DSP). This allows the device to perform complex algorithms in order to determine an accurate digital output for the analog inputs. Furthermore, it also provides error checking and correction capabilities for improved accuracy.

To summarize, the AD9268BCPZRL7-125 is an ultra low consumption and highly accurate analog to digital converter (ADC) for use in embedded data acquisition and sensing systems. It is suitable for various tasks such as industrial process control, automotive and medical systems. The ADC is designed with an oversampling architecture and utilizes both a low-noise amplifier and an on-chip temperature sensor to reduce noise and provide accurate conversions. Additionally, the ADC can be programmed with an on-chip Digital Signal Processor (DSP) to allow for complex calculations and error correction.

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