ADS1625IPAPR

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 (ADC) play a crucial role in any data acquisition system. Since the physical world consists of analog signals, these signals must be sampled and quantized to digital values in order for them to be analyzed and manipulated by a computer or control system. The ADS1625IPAPR is one such ADC that is designed for precision measurement applications.

The ADS1625IPAPR is designed to reduce power consumption and cost while providing better performance and accuracy than previous ADC designs. It is a 16-bit single-ended ADC with a maximum sampling rate of 1 megasamples per second. It offers up to 67dB SNR and -92dB THD and operates on a single +3.3V power supply.

The ADS1625IPAPR is available in an 8-pin leadless chip scale package (LCSP) and a 14-pin QSOP. It features an on-chip programmable reference, temperature sensor, low-pass filter, and digital logic for control and calibration. This highly integrated ADC includes a self-calibration system that automatically compensates for drift of the reference voltage and other parameters over temperature.

The low-power architecture of the ADS1625IPAPR is well suited for battery-operated designs such as portable electronics and medical devices. It also features a sleep mode to further reduce power consumption when the ADC is not in use. This allows for longer battery life in portable applications and for applications that only require periodic sampling.

The ADS1625IPAPR is designed to be used in a wide range of applications including industrial control systems, medical telemetry, data acquisition systems, power conservation systems, and automotive electronics. It is an ideal solution for precision measurement applications such as temperature, pressure, and strain monitoring, voltage measurement and current sensing.

The ADS1625IPAPR uses a two-stage conversion process to sample and convert the analog signal. First, the input signal is low-pass-filtered and oversampled in the first stage. This reduces noise, eliminates high frequency interference, and allows the conversion to take place at a higher sampling frequency than the Nyquist rate. The second stage is the digitization of the signal. The data is converted to digital values using the SAR (Successive Approximation Registers) method.

The ADS1625IPAPR also features a built-in temperature sensor and programmable reference. This allows for on board calibration of the reference voltage, which is critical in situations where the supply voltage can vary or drift due to environmental changes. The ADS1625IPAPR can also be connected to other devices via an I2C interface, which allows for access to additional functions such as EEPROM, timer and RTC.

The ADS1625IPAPR is a versatile and efficient ADC that is designed for precision measurement applications. Its low-power architecture and built-in features make it an ideal solution for battery-operated designs and applications that require a high degree of accuracy and stability. Its wide range of applications and high performance make it a great choice for any data acquisition system.

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