ADS8588HIPMR

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The ADS8588HIPMR is a CMOS, 10-bit analog-to-digital converter (ADC) family optimized for high-performance, low-power and small-area applications in a standard 28-pin package. The ADS8588HIPMR family provides an ideal solution for the data-acquisition requirements of medical, industrial and portable equipment.

The ADS8588HIPMR integrates a high-performance 10-bit ADC with 10 different sampling rates ranging from 32 kSps to 250 kSps. Its internal 16-bit oversampling and signal-conditioning architecture allows for a wide variety of inputs, including single-ended, differential, and unipolar configurations. The internal non-volatile memory allows for independent calibration of the input and output ranges to adjust the converter for the specific application.

The ADS8588HIPMR is optimized for low power operation in both static and dynamic mode. It incorporates several advanced low-power-saving modes that allow it to maximize performance at the minimum power consumed. The typical total power is only 15 mW at 1-MSPS. The ADS8588HIPMR supports both single-ended and differential input channels and offers an on-chip temperature sensor. It also includes an internal clock synthesizer, which allows the user to select the clock frequency and the number of ADC channels to be used.

The key feature of the ADS8588HIPMR is its high dynamic performance. It uses a 12-bit internal oversampling architecture to obtain a 10-bit resolution from the 10-bit ADC. This guarantees excellent linearity and output noise performance. It also offers a low power, low noise power supply. The ADS8588HIPMR can be used in a wide range of applications, ranging from medical instruments to consumer electronics and telecommunications circuits.

The ADS8588HIPMR is fully integrated and includes on-chip calibration and temperature measurement circuitry. It supports adjustable input ranges, multiple analog input ranges, and two or three differential but configurable (via external resistor divider) inputs. Additionally, it includes a buffered 8-bit resolution voltage reference, advanced dynamic power management and an on-chip self-serve calibration circuit.

The working principle of the ADS8588HIPMR is based on the conversion of analog signals into digital signals that are then used by microprocessors. This ADC utilizes a high-speed, single-ended 10-bit pipelined A/D converter, which performs sampling at a rate of up to 250 kSps. A multi-interleaved digital filter eliminates most of the switching noise, resulting in ultra-low noise and distortion. Additionally, the internal oversampling architecture provides trade-offs between power, area and time for reduced power consumption.

The ADS8588HIPMR is also capable of an efficient low noise performance. The low noise of this device makes it suitable for applications such as medical imaging, medical instruments, and high-accuracy industrial instrumentation. Moreover, its accuracy and small size provide a cost-effective alternative to the existing solutions. This family is suitable for a variety of data acquisition applications that require low noise and high-speed conversion.

In summary, the ADS8588HIPMR is an ideal solution for a variety of data-acquisition applications that require low-noise, high-speed performance and low power consumption. It offers high dynamic performance, low noise and power sources, on-chip temperature sensor and adjustable input ranges, making it a perfect choice for a variety of applications. Additionally, its oversampling architecture provides trade-offs between power, area and time for reduced power consumption.

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