MAX5113GWX+T

The MAX5113GWX+T is a monolithic precision Digital to Analog Converter (DAC) integrated circuit (IC) designed for applications requiring high accuracy and excellent dynamic performance.

The device contains 12 bits of resolution and is compatible with both I2C and SPI interfaces. It is available in a small WSON 8 package and is optimized to consume low power for battery operated, portable applications. The MAX5113GWX+T contains an internal oscillator and a voltage reference. The device also features power-on reset and short-circuit protection circuitry.

Application Fields

The MAX5113GWX+T is suitable for applications such as data acquisition, industrial automation, automotive systems, medical instrumentation, and any other application where precision Digital to Analog Conversion is required. It is also widely used in military systems and in communication systems, especially in those with high accuracy requirements.

The device offers high resolution, low noise and low drift characteristics, along with a fast settling time making it an ideal choice for applications that require accurate and repeatable conversion.

Working Principle

The MAX5113GWX+T uses Delta Sigma Modulation (DSM) to convert digital signals into analog signals. DSM is a technique that converts digital signals into analog signals by oversampling the input signal and then computing the difference between the input signal and the sampled signal.

The MAX5113GWX+T contains a built-in oscillator which provides the clock signal that is used to oversample and modulate the input signal. The sampled signal is then sent through a low-pass filter and converted into an analog voltage which is then output by the device.

The device is also equipped with power-on reset and short-circuit protection circuitry which ensures that the device operates accurately and reliably in any situation.

Conclusion

The MAX5113GWX+T is a precision Digital to Analog Converter that is suitable for applications requiring high accuracy and excellent dynamic performance. The device is equipped with a built-in oscillator for oversampling, power-on reset and short-circuit protection circuitry, and is optimized to consume low power for portable applications.