MAX5362MEUK+T

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The MAX5362MEUK+T is a high-performance Digital to Analog Converters (DAC) for industrial automation, instrumentation and control, and high-performance, low-latency data conversion applications. The converter offers an 8-bit resolution and an integrated DAC reference, making it an ideal solution for embedded systems. It features a single-ended, voltage-output architecture, and benefits from excellent linearity, low distortion, and low jitter characteristics.

The MAX5362MEUK+T has a 16-bit command interface, enabling the user to select the appropriate resolution and data range. For example, the user can enable 8-bit mode and select a 2V peak range or a 6V peak range. In addition, the user can enable 16-bit mode and select a 0V to 2V peak range. The built-in reference allows the user to define the data ranges to within 0.01V of the desired voltage.

The high-speed data converter offers two integrated, low-jitter, 12-bit digital-to-analog converters that feature a combined throughput of 10 Msamples/s. These DACs can be used to produce analog signals with a frequency response of up to 1 MHz and are ideal for a variety of measurement, control, and analysis applications. The MAX5362MEUK+T is also ideal for communication systems such as wireless radio frequency (RF) transceivers. It is well-suited for applications in which an analog signal of a known frequency must be emitted in order to facilitate communication between transceivers. Additionally, the converter features an integrated voltage regulator, so that it can be used in battery-powered devices.The MAX5362MEUK+T offers an integrated digital control logic that enables the user to configure the device to meet their specific application requirements. The logic includes a level shifting logic that can be used to extend the number of channels from two to four. The digital control logic also includes a temperature sensing and temperature compensation circuit that helps to ensure that the signal output is stable over varying temperatures. The MAX5362MEUK+T combines high-speed, low-noise performance with an integrated DAC reference, making it an ideal solution for industrial automation, instrumentation, and control applications. It is also suitable for communications systems, battery-powered devices, and other data conversion applications that require high resolution in a small package.

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