AD5696BRUZ-RL7

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AD5696BRUZ-RL7 is a high precision, low noise, 16-bit Digital to Analog Converter (DAC). The converter incorporates a voltage output DAC with a potential range of -20V ref to +20V ref, full-scale. It has a single-channel, low-voltage analog output, four-quadrant multiplying capability, and sleep mode. The component is designed to accommodate multiple data formats, including binary, two’s complement, offset binary, and gray code.

The AD5696BRUZ-RL7 is suitable for a range of applications, including motor control, instrumentation, digital light processing, position control systems, and digital-to-analog conversion of digital video signals. The component’s low-voltage analog output eliminates noise induced by high-voltage DACs, enabling precise control and accuracy of the motion. Additionally, its high linearity and accuracy make it ideal for precision current control and motor drive applications. The component offers excellent power-on-reset (POR) protection and a standby power mode to increase power supply efficiency.

The AD5696BRUZ-RL7 operates over a wide temperature range of -40°C to 85°C and features integrated ESD protection and a low self-noise of 180µVrms. The component’s integrated fault protection circuitry will shut down the device if the output is driven outside the allowable range, ensuring safety while in operation. Monitoring and programming of the component is simple with its serial interface and options for using the AD571BUS-RL7, AD5616-SLM, and AD560MPC-SLM serial modules.

The working principle of the AD5696BRUZ-RL7 is essentially the conversion of digital signals into complementary analog signals. The digital inputs that are converted are either binary or two’s complement formats. These digital signals are then converted into three separate complementary output voltages; a positive voltage output is generated from the digital inputs, a negative voltage output is generated if the digital input is one’s complement, and a zero voltage output is generated if the digital input is zero.

Once the digital inputs are converted into the three complementary outputs, they are then further processed and filtered by an output stage that has two operational amplifiers, A1 and A2. Both operational amplifiers are used to subtract the two output signals and the resulting signal is then processed and filtered at the output stage. The final output is then present in the form of the single-ended signal, which is the analog output of the DAC.

In summary, the AD5696BRUZ-RL7 is a high precision, low noise, 16-bit Digital to Analog Converter (DAC). The component is suitable for a range of applications, and its low-voltage analog output eliminates noise induced by high-voltage DACs, making it ideal for precision current control and motor drive applications. The working principle of the component is the conversion of digital signals into complementary analog signals.

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