DAC1653D1G0NLGA

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The DAC1653D1G0NLGA is a highly specified 16-bit Digital to Analog Converter (DAC) designed for high accuracy, low power, and flexible performance in industrial and consumer applications. The device has 8 inputs, an onboard DC/DC converter, an operational amplifier, and an integrated reference. This makes it ideal for various industrial and consumer-level applications, especially in environments with limited space or power.

The DAC1653D1G0NLGA provides eight inputs, in which two are single-ended and two are differential. This allows for a wide range of control and digital input signals to the device. It has a maximum output current of 400mA, with a current settling time of only 8.3µs, making it ideal for high speed data conversion. It also has a high accuracy of 0.5% integrated mid-scale linearity, 3ppm/°C temperature coefficient, and 0.1LSB Integral Nonlinearity (INL).

The DAC1653D1G0NLGA has on-board a DC/DC converter, allowing for power ranging from 0.75V to 5V. This provides flexibility for designs where space and power requirement are limited. It has an operational amplifier for output buffering, which increases output signal strength and reduces signal distortion. It also has an integrated reference, making it ideal for signal conditioning and signal conversion applications.

The DAC1653D1G0NLGA is designed for a wide range of industrial and consumer applications, such as test and measurement instrumentation, automatic test systems, data acquisition, and signal processing systems. It can also be used for converting quality and temperature signals, as well as for motor control and power management applications.

In summary, the DAC1653D1G0NLGA is a highly specified digital-to-analog converter suitable for a variety of industrial and consumer applications that require precision and accuracy. It features 8 inputs, an onboard DC/DC converter, an operational amplifier, and an integrated reference, allowing it to be used in limited space and power applications. It provides high accuracy and flexibility and is ideal for a wide range of signal processing and data acquisition systems.

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