ISLA216P25IRZ

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Analog to Digital Converters (ADCs) are among the most commonly used data acquisition products for measuring analog signals for applications such as instrumentation, data acquisition and control. ISLA216P25IRZ is a 16-bit successive approximation register (SAR) analog-to-digital converter (ADC) designed to offer performance and flexibility in an industry-standard package. The device provides high linearity performance over its input range through an innovative architecture, low latency, and dynamic performance.

The ISLA216P25IRZ is suitable for applications such as precision weighing, test and measurement, and medical instrumentation requiring rapid conversion and high resolution. It features programmable gain settings for both positive and negative inputs, a low-noise successive approximation (SAR) architecture, and a wide input dynamic range.

The ISLA216P25IRZ uses a successive approximation register (SAR) architecture, a technique considered to be the most precise and accurate among the various types of ADC architectures. The SAR architecture ensures the highest linearity and dynamic performance in the industry, and provides the user with a wide input dynamic range. The device is capable of achieving up to 16-bit resolution, sampling rates up to 40MSps and conversion speeds of up to 80MSps. The device operates on a 3V power supply and can be configured for both bipolar (i.e., negative and positive input voltages) and unipolar (only positive voltage) input signals.

The device is capable of providing several different gain settings for both positive and negative input voltages. The gain range is from 0.04 to 36.75 V/V and consists of five discrete gain settings for both positive and negative inputs. This makes it easy to select the desired gain for specific applications. In addition, the ISLA216P25IRZ includes a low-noise SAR architecture that provides the user with high accuracy and increased dynamic performance.

To ensure accurate data acquisition and conversion, the ISLA216P25IRZ is designed with several features that ensure performance and reliability. It features both a low-noise differential track-and-hold amplifier (ADC front-end) and a SAR conversion core (ADC back-end). To ensure accurate data acquisition, the ADC provides a highly linear dynamic track-and-hold amplifier with simultaneous sampling and low noise. The device also incorporates several other features such as a programmable reference and offset that allow the user to optimize system performance and accuracy.

Finally, the ISLA216P25IRZ includes a dual internal Clock synthesizer that allows the user to optimize speed and resolution for each conversion process. The dual Clock synthesizers also allow for rapid and precise control of the output samples as well as for automatic control of the conversion speed and resolution. The ISLA216P25IRZ is available in a 25-pin TSSOP package with an industrial temperature range from -40°C to +85°C.

The ISLA216P25IRZ is a versatile and accurate ADC that can be used in numerous applications such as precision weighing, medical instrumentation, and test and measurement. Its wide input dynamic range and low-noise architecture ensure precision and accuracy while its programmable gain settings, dual Clock synthesizers and programmable reference and offset options provide flexibility and allow the user to optimize system performance. It is available in an industry-standard package and provides both bipolar and unipolar input signals. This makes it suitable for many applications requiring low-noise precision and accuracy.

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