AD5664RBCBZ-3-RL7

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The AD5664RBCBZ-3-RL7 is a 16-bit, quad-channel, low power, buffered, voltage output digital-to-analog converter (DAC) that is ideal for precision, industrial, and automotive applications.

It has a variety of features that make it suitable for a wide range of applications, including high accuracy and excellent temperature stability. It features an on-board voltage reference, allowing for a low noise and low power operation, and a low reference current draw of just 2 µA. As well as this, it offers high resolution, low noise, and wide bandwidth operation. Furthermore, it has a power-on reset circuit which guarantees that the DAC outputs will be at zero. This makes it suitable for powering up in tight voltage regulation environments.

The AD5664RBCBZ-3-RL7 features a number of different functions. Its analog outputs are buffered, offering up to 4.000 V output swing and a 0.4μA maximum distortion rating. Its low latency control pins allow for high-speed control, and its high maximum current output allows for driving heavy loads. As well as this, it has an internal current output that allows for monitoring and calibrating the out-of-range DAC values.

The AD5664RBCBZ-3-RL7 can be interfaced with various systems, such as microcontrollers, FPGAs, or DSPs. It supports 3.3V and 5V logic families, and its versatile logic-compatible interface allows for easy integration into digital systems. As well as this, the AD5664RBCBZ-3-RL7 is also compatible with several popular serial standards, including the Serial Peripheral Interface (SPI) and Inter-Integrated Circuit (I2C) bus.

The AD5664RBCBZ-3-RL7 is an ideal choice for many industrial and automotive applications, thanks to its high accuracy, excellent stability, and wide temperature range. The quad-channel design provides the flexibility needed for many applications, allowing multiple signals to be processed at the same time. Additionally, it requires very little power from the system, further increasing its efficiency. The AD5664RBCBZ-3-RL7 is a great option for applications that need precise and reliable output.

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