AD5751BCPZ

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The AD5751BCPZ is a monolithic integrated circuit in linear amplifiers - instrumentation, OP amps, buffer amps. It belongs to the family of digital-input, high precision, voltage output DACs that are developed for use in industrial and medical applications. It features low noise, wide dynamic range and low total harmonic distortion for 16-bit, voltage output, applications.

The AD5751BCPZ is a monolithic integrated circuit with similar architecture to the AD7548. It offers a high-accuracy, 16-bit DAC resolution, low-noise and low-total harmonic distortion (THD).

The device features a synchronous 20-bit parallel data port, with data received in the order D15-D0 and a universal serial bus (USB) port that operates from a standard USB hub or from a Direct Memory Access (DMA). This device also features adjustable reference voltage and temperature compensated zero calibration current. The AD5751BCPZ has an on-chip voltage reference, precision voltage output amplifier and an integrated temperature sensor, enabling tight control over system performance over temperature and voltage.

The AD5751BCPZ provides a complete analog signal path. It has an on-chip system calibration circuit and on-chip soft-start and clock synchronization functions. This feature allows the AD5751BCPZ to be used in rigorous industrial and medical applications and improves system control over temperature and voltage. The AD5751BCPZ also includes an internal high-voltage, open-loop, differential voltage-output amplifier, with a gain of up to 65536, enabling high-precision scaling of the output signal.

The AD5751BCPZ features one of the industry’s most advanced and accurate voltage output DACs. It has a 16-bit resolution which provides a high-accuracy solution for applications that require precise analog control. It is ideal for use in precision medical instruments, precision portable instruments and industrial systems.

The AD5751BCPZ features an on-chip temperature compensated zero current circuit which allows output current to be accurately maintained over temperature. The device also has an adjustable reference voltage, allowing the performance to be optimized for various applications. With a total harmonic distortion of less than 0.1%, the AD5751BCPZ can achieve excellent accuracy and performance in many critical applications.

The AD5751BCPZ incorporates a synchronous serial interface (SSI) with a clock rate of up to 8 MHz. This enables fast, reliable communication between the device and the host system. The device is also compatible with a wide range of communication protocols including the I2C, SPI and USB. With its small size and low power consumption, the AD5751BCPZ is ideal for portable applications.

The AD5751BCPZ is designed for precision voltage output applications and is ideal for use in the medical, industrial and aerospace industries. Its low noise, wide dynamic range and low total harmonic distortion make it an excellent choice for applications that require high accuracy and precision. With its very low power consumption, automatic calibration and temperature compensated zero current circuit the AD5751BCPZ makes it a great choice for precision voltage output applications.

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