AD2S1210ASTZ

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The AD2S1210ASTZ is a two-channel, simultaneous sampling, low-noise, high-precision, dual-axis rate converter designed to convert incremental, low frequency sinusoidal input signals into a 16-bit resolution digital word. The AD2S1210ASTZ belongs to the "special purpose" category of data acquisition systems or other ADC/DAC systems. It is designed to provide highly accurate conversion of angular position, velocity, or acceleration measurements into digital form. The AD2S1210ASTZ combines low noise, low power consumption, and excellent dynamic performance with a high level of integration and flexibility.

The AD2S1210ASTZ is intended for use in applications such as motor control and robotics, automotive instrumentation and control, industrial automation, aviation and aerospace, medical instrumentation, navigation systems, and process control. The device features advanced signal conditioning that allows it to be used in both low- and high-accuracy applications. The AD2S1210ASTZ is ideal for applications where accuracy and precision are essential, such as in design and maintenance of precision motion systems, feedback for robotic actuators, and development of diagnostic instruments.

The AD2S1210ASTZ utilizes advanced signal conditioning algorithms to remove unwanted noise and enhance accuracy. The signal conditioning functions of the AD2S1210ASTZ include a peak detector, averaging, filtering, and signal integration. The device also includes a built-in FIFO (first-in-first-out) memory that allows the user to capture multiple input signals which can be read out at a later time. The built-in memory also stores configuration information that makes it easy to configure the device for specific applications.

The basics of the AD2S1210ASTZ\'s working principle involve calculating and converting the continuous, sinusoidal input signal into a 16-bit digital word. The AD2S1210AST offers simultaneous sampling of two independent analog inputs with a typical conversion rate of 2.5MHz per channel. During the conversion process, the device samples the analog signal and processes it through the signal conditioning algorithms. The resulting digital word is then output on two separate digital output pins for each channel. The digital word represents the true input signal amplitude as a percentage of full scale, which can then be further processed by the system control circuitry to enable its control of the motion system.

The AD2S1210ASTZ is capable of operating over a wide range of temperatures and supply voltages, allowing the device to be used in a variety of applications. The device is also capable of handling input signals with much higher bandwidth than typical rate converters. Additionally, the AD2S1210ASTZ features low power operation, making it ideal for battery-operated applications.

The AD2S1210ASTZ is a high precision, low noise, dual-axis rate converter which provides accurate capture of angular positions and velocities, with excellent dynamic performance. The device is ideally suited for a wide range of applications requiring high accuracy, precision and low noise, and its advanced signal conditioning algorithms provide excellent immunity to noise and other interference. The AD2S1210ASTZ is an ideal choice for applications where accuracy, precision and noise immunity are required, such as in motor control, robotics and other precision motion systems.

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