AD7849BNZ

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Data Acquisition - Digital to Analog Converters (DAC) are responsible for converting digital input signals such as binary or hexadecimal numbers into analog output signals such as voltage. They provide a wide range of applications and are used in a variety of industries such as instrumentation, aerospace and automotive. One such DAC is the AD7849BNZ which has a wide range of application and working principles.

The AD7849BNZ is an 8-bit voltage output DAC and offers a nominal full-scale linearity of 8% over the rated temperature range. It features a wide input range of 5 V to 36 V and can theoretically output between 0 V and 28 V. It is designed for fast settling time, low noise, and full flexibility through programming. The AD7849BNZ is also resistive Error-corrected Accurate Monotonic (REAM) compatible and offers superb accuracy and low noise across various input voltages.

The AD7849BNZ is simple to use and can be easily programmed through an SPI-compatible interface. It is ideal for applications such as data acquisition systems, process controllers, programmable power supplies, digital power amplifiers, and digital-to-analog conversion systems. It is also suitable for monitoring temperature and pressure in medical devices, temperature control systems and industrial process control applications.

The AD7849BNZ is designed for low power consumption and features a shutdown mode for further power savings. It can operate from a wide voltage range of 3 V to 10 V and uses a three-state shutdown with wake-up activation. This enables the use of inexpensive, low-power monitoring applications and offers excellent power savings.

The AD7849BNZ is also highly resistant to power supply perturbations and utilizes an internal R-2R ladder architecture that permits the use of guaranteed dynamic performance. The AD7849BNZ is also rated for a temperature range of -40°C to 85°C, a high immunity to ESD, and improved EMI performance, making it ideal for many applications.

The AD7849BNZ is suitable for many different applications and has been used in gaming systems, car audio systems, industrial process controllers, and medical devices. It offers excellent performance and flexibility for a variety of applications and is ideal for use in applications that require wide dynamic range and low noise, as well as accurate linearity.

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