AD7961BCPZ

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Analog to Digital Converters (ADC) are used to convert continuous signals into discrete digital values. The AD7961BCPZ is a high-speed ADC designed to provide the highest level of precision and linearity. It has the ability to digitize up to 5 million samples per second and is capable of resolving input signals with 16 bits of resolution. The device also features a low signal-to-noise ratio (SNR) to reduce noise induced errors. With its high-speed, high-precision and low-noise characteristics, the AD7961BCPZ is ideal for data acquisition in a variety of applications, such as sensor and imaging systems, communication and control applications, and data storage and retrieval systems.

The AD7961BCPZ is a low-power, high-resolution 12-Bit SAR-type ADC. It features a separate input and output data bus, allowing for simultaneous processing and storage of multiple data streams. The device includes an internal sample-and-hold circuit which captures the input signal for processing. The device also features programmable gain, offset, threshold and resolution settings to customize the ADC\'s performance for specific applications.

The core feature of the AD7961BCPZ is the multiplexed input data bus. This feature allows data from multiple sources to be interleaved on the same input data bus. With this multiplexed architecture, the AD7961BCPZ can rapidly sample signals from multiple sources and store the data in an internal memory. The device\'s memory can accommodate up to 32 data points per sample. Additionally, the device\'s data compression algorithm conserves internal memory and reduces data transfer time.

In addition to its fast sampling speed, the AD7961BCPZ also features an active power mode which reduces power consumption during periods of inactivity. The device\'s Sleep Mode consumes 10 µA of power, allowing for up to 8 hours of standby time without any external components. This feature is especially useful for battery-powered applications.

In summary, the AD7961BCPZ is an ideal solution for high-speed data acquisition. Its high resolution and low noise characteristics make it ideal for applications such as control and sensor systems, communication and control systems, and data storage and retrieval systems. Its multiplexed architecture enables the device to rapidly acquire data from multiple sources and store the data in an internal memory. Additionally, the device\'s low power consumption allows it to be used in battery-powered applications.

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