AD9779ABSVZ

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The AD9779ABSVZ Data Acquisition - Digital to Analog Converters (DAC) is used to convert digital signals into analogue signals and is widely used in a range of applications from consumer electronics, to industrial control, to medical device design. It is a highly integrated integrated circuit (IC), with 14 pins and a package size of just 11mm x 5.5mm – making it an ideal choice for space-constrained applications.

The AD9779ABSVZ operates using a precision reference DAC architecture. This architecture is designed to provide extremely high resolution – up to 16 bits – and an exceptionally low noise level, even with low supply voltages (<2.5V). The device also features an integrated power-on reset circuit, which ensures the initial values are accurate at power-on.

In terms of its performance, the AD9779ABSVZ delivers excellent speed and dynamic range, with a settling time of 0.5µs and a range of 9.5V to 18V. The voltage gains are also adjustable, which makes it ideal for applications where the signal levels are changing. The integrated circuit also features an integrated 2.5V voltage reference – allowing it to provide a stable and accurate reference voltage.

The AD9779ABSVZ also features an On-Chip temperature compensation circuit, which ensures that the output is minimized at high temperatures. This helps to reduce power dissipation and extend the life of the integrated circuit. Additionally, the device features an on-chip clock generator, allowing it to run at very high speeds of up to 25MHz. This is hugely beneficial for applications where a high sampling rate is required.

Another feature of the AD9779ABSVZ is its low power consumption. The device requires only a single supply voltage for operation and draws as little as 7.5mA of current when fully operational. This makes it an ideal choice for battery-powered applications. Additionally, the device is highly resistant to electromagnetic interference, which makes it suitable for use in electromagnetic environments.

The AD9779ABSVZ converters are suitable for use in many applications, from industrial control to medical device design. Its high resolution and dynamic range, fast settling time and low power consumption make it an ideal choice for a range of electronic components.

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