ISLA110P50IRZ

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Analog to Digital Converters (ADCs) are electronic circuits that are used to convert analog signals into digital signals. The ISLA110P50IRZ is a low power 10-bits low power best-in-class analog-to-digital converter (ADC) featuring a noise free performance of ±1LSB INL, ±2LSB DNL, and very low power dissipation of 114.4 µW/Msample at 200kS/s (typical). It operates at a sampling rate of up to 440 kS/s with 14 MHz reference clock and achieves an 80 dB signal-to-noise-ratio (SNR) at 200 kS/s. This ADC has been designed for high-performance, portable applications that require a high SNR and low power without compromising performance. This makes it suitable for a wide range of applications such as healthcare, wearables, and smart grid applications.

The ISLA110P50IRZ ADC works by sampling an analog input signal at a frequency determined by the reference clock. The analog signal is then compared to a reference signal to determine the value of the analog signal. This comparison is repeated at each sample rate to create a sequence of digital data that is fed into the ADC output. The ISLA110P50IRZ has an on-chip calibration block which enables it to achieve low offsets and linearity performance, making it ideal for applications requiring precision analog-to-digital conversion.

The ISLA110P50IRZ is an ideal choice for applications that require the conversion of low level analog signals. It is designed for applications such as temperature and motion sensing, which benefit from its low power consumption, high SNR, and excellent linearity. It is also suitable for battery powered devices, as it requires only 114.4 µW/Msample at 200kS/s, making it an energy-efficient solution. Additionally, its integrated calibration block allows for fast and accurate analog to digital signal conversion.

The ISLA110P50IRZ is a suitable solution for applications where accuracy and low power consumption are required. Its quarter mW power consumption makes it an ideal choice for power-sensitive applications, and its high SNR ensures accurate signal conversion. Additionally, its integrated calibration block enables low offsets and linearity performance. This makes it ideal for a range of applications, such as healthcare, wearables, and smart grid applications, where accurate signal conversion is required.

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