AD9748ACPZ

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The AD9748ACPZ is a high resolution, 16-bit digital-to-analog converter (DAC) manufactured by Analog Devices. The device operates from a single 5V supply, and provides low power dissipation and low noise performance. It is suitable for use in a variety of applications, including audio, test and measurement, and wireless communications.

The AD9748ACPZ features a high-speed, differential input stage and is capable of driving ±2V outputs. The device is capable of achieving high dynamic performance, with a settling time of 1µs to 0.001%. Input data is interfaced with an on-chip parallel data port. Its low power architecture allows up to 127 channels to be operated at 3V and 2.5V power supplies with reduced power per channel.

The AD9748ACPZ can be used in communication systems, such as multi-antenna systems. It can also be used to drive highly-accurate, low-power limiters. Additionally, the device is well suited for driving low-cost and low-power, spread-spectrum modems.

The working principle of the AD9748ACPZ is based on the process of converting digital input into analog output. The device uses a semiconductor process to encode digital values into charge signals. As the circuit design allows for a highly accurate conversion of digital to analog signals, the AD9748ACPZ can achieve extremely precise resolution.

The device is also capable of providing a wide range of output voltages, ranging from 0V to full-scale. This allows a variety of different analog levels to be attained when converted. Furthermore, the device implements a differential input architecture which eliminates the need for additional circuitry.

The AD9748ACPZ also comes with an integrated reference voltage circuit, which is used to maintain the accuracy of the analog output. This reference voltage is also adjustable, allowing the user to achieve their desired accuracy output level.

In summary, the AD9748ACPZ is a high resolution, 16-bit digital-to-analog converter (DAC) manufactured by Analog Devices. Its low power architecture allows up to 127 channels to be operated at 3V and 2.5V power supplies with reduced power per channel. The device uses a semiconductor process to encode digital values into charge signals, and also features an integrated reference voltage circuit to maintain accuracy of the analog output. The device is well suited for a variety of applications, such as audio, test and measurement, and wireless communications.

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