MAX5132AEEE+

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The MAX5132AEEE+ is a high speed current-output digital to analog converter (DAC) which is well-suited for data acquisition applications. It is a monolithic CMOS device that offers an exceptionally high performance of current outputs up to 8mA. This device is used extensively in various multicomponent systems such as audio audio, control and test-and-measurement systems where maximum speed, accuracy and dynamic performance are paramount.

The MAX5132AEEE+ features an innovative output architecture that provides excellent monotonic accuracy, fast settling time and high output drive capability. This automotive-grade device is housed in a small, 10-pin TSSOP package with the ability to operate from a single 2.7V to 5.5V supply, making it suitable for various applications in different power domains.

The device generates very accurate, low jitter analog currents based on an 8-bit serial instruction. The device is designed to maintain its accuracy over temperature with a guaranteed integration linearity of 0.3LSB max, 0.5LSB max INL and 0.7LSB max DNL. In addition, it also meets the stringent requirements of auto-calibration techniques where the device can automatically recalibrate itself to maintain the accuracy of its output.

The MAX5132AEEE+ operates in three different modes: the power-on-reset (SPR) mode, the preset (PST) mode and the random (RND) mode. In the SPR mode, the device is reset to a default power-on-reset value – 1.2V. This mode is most suitable for initial startup and runtime. In the PST mode, the device is preset to a fixed level of 0.6V or 1.2V, enabling it to maintain a high accuracy in the output signal when operated from an external reference source. In the RND mode, the device produces a random signal within the range of its output. This mode is most suitable for generating random numbers for various cryptographic and random number sequences algorithms.

The MAX5132AEEE+ includes several protection features to protect it from overflow and reverse power supply overvoltage. The device also includes temperature compensation circuitry that prevents temperature drift, making it suitable for a wide range of industrial applications. The device is compliant with IEC60950-1, CE, and the RoHS Directive, making it an ideal solution for applications that require automotive grade reliability.

The MAX5132AEEE+ is well suited for data acquisition applications that require fast data conversion while maintaining accuracy. It is an ideal solution for industrial control, test-and-measurement, and audio applications due to its high accuracy, fast settling time, low jitter output and wide temperature range.

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