ADS1625IPAPRG4

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The ADS1625IPAPRG4 is a high performance 12-bit analogue-to-digital converter (ADC) from Texas Instruments. This ADC was designed to enable measurement systems to acquire, digitize and transfer accurate analogue data in a variety of applications for different industries.

ADS1625IPAPRG4, within the family of data acquisition - analogue to digital converters (ADC) offers industry leading performance. It is optimized for high accuracy across multiple-frequency input signals, offering 16-bit ENOB performance. The device also features a low-noise, thick-film resistor ladder network and a proprietary fractional reference voltage generator, which ensures superior performance over temperature, frequency and lifetime.

The device can operate in two modes: the first mode is the power reduced mode, while the second mode is the low power mode. The power reduced mode allows the user to reduce power consumption by reducing the speed and the power of the capturing channel, while the low power mode allow for significantly lower power consumption for applications such as wireless sensing, medical applications and beyond.

The ADS1625IPAPRG4 handles both single-ended and differential input signals and provides configurable voltage and reference ranges, power management and a wide sampling selection of up to 500kHz. The device is also designed to provide high speed, low latency results and is available in a compact QFN package.

The primary features of the ADS1625IPAPRG4 include a differential input channel, a wide input range, 16-bit ENOB performance, low power consumption, low noise, high speed and low latency. The device also offers a wide sampling voltage range of between 0V and 2.5V, selectable reference inputs and configurable power settings.

The ADS1625IPAPRG4 has a wide range of applications in signal processing, signal acquisition and conditioning, test and measurement, instrumentation, medical, aerospace & defence, communications and data acquisition.

The ADS1625IPAPRG4 ADC has a simple architecture that includes an input signal multiplexer, an analogue-to-digital converter, a reference voltage generator, an output register and a control register. The ADC is controlled by a control register that allows the user to set the required parameters for the operations of the device, such as the input range, the output format, the reference range, the clock frequency and the power management mode.

The input signals are connected to a multiplexer, which allows the user to select the required differential or balanced input configuration. The input signals are then amplified and sampled by the ADC. The reference voltage generator provides a stable reference voltage to the ADC. The digital conversion of the analogue signal is performed in the ADC and the results are stored in a control register. The ADC is then connected to an output register, which transfers the data to a processing unit.

The ADS1625IPAPRG4 is a high performance ADC with a wide sampling rate of up to 500kHz and a low latency response, making it an ideal choice for a wide range of applications. It is also equipped with power consumption reduction capabilities, allowing for efficient power management. With its wide range of features and its simple architecture, the device is suitable for a broad range of applications.

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