MAX5633UCB+TD

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The MAX5633UCB+TD is part of a family of high-performance, SPI-controllable, 8-bit, voltage-output digital-to-analog converters (DACs). These parts provide a simple and straightforward way of implementing voltage outputs in data acquisition, control and monitoring systems.

The device operates over a wide range of supply voltages (2.7V to 5.5V). Once the supply voltage is applied, the internal voltage reference is used to generate the reference voltage. The reference voltage is then used to program the 8-bit output register. The 8-bit output register is capable of providing up to 256 different voltage levels, from full-saturation (VCC) to ground.

The output of the DAC is available in two different formats, the MAX5633UCB and the MAX5633UCB+TD. The MAX5633UCB is a precision voltage output device that gives the user the ability to generate precise and consistent analog outputs that are limited to a range of 2.5V to 43V. The MAX5633UCB+TD is a higher-performance device that incorporates two separate DACs, which provide a wider range of voltages. This device can provide up to ±72V of output.

The MAX5633UCB+TD is programmable over a wide range of voltage levels with a resolution of 0.1V. Furthermore, the device includes an internal temperature sensor that monitors the internal temperature of the device. This temperature data can then be used to adjust the output of the DAC over the entire supply voltage range.

The MAX5633UCB+TD is capable of generating high-accuracy, 12-bit resolution outputs, as well as low-power operation. The device features a fast conversion time of 14.5µs, low total harmonic distortion, and excellent supply noise immunity. The internal temperature sensor provides thermal tracking, ensuring that the output voltage is stable and accurate under varying conditions.

The MAX5633UCB+TD is an ideal solution for applications such as motor control, industrial automation, precision voltage-controlled devices, iVref sources and audio applications. With its high-performance and low power consumption features, the MAX5633UCB+TD provides an excellent solution for systems where power consumption and thermal management are critical considerations.

The MAX5633UCB+TD’s working principle is based on the use of an internal voltage reference (VREF) to determine the output voltage of the device. The VREF voltage is then used to program the 8-bit output register, which is capable of providing up to 256 different levels of drifts. The output of the DAC is then obtained by using the voltage reference to compare the output of the register with the desired level. The temperature sensor helps to compensate for the drift of the output voltage with changes in the operating temperature, ensuring a stable and accurate output.

In conclusion, the MAX5633UCB+TD is a reliable and high-performance DAC that provides high-accuracy analog outputs, low power consumption and excellent temperature tracking. The device’s wide voltage range and programmable resolution makes it ideal for applications such as motor control, industrial automation, precision voltage-controlled devices, iVref sources and audio applications.

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