AD5760 (4)
The AD5760 is available from Analog Devices at Xecor. Designed for high-precision voltage output in digital-to-analog conversion, the AD5760 offers true 16-bit resolution, ±0.5 LSB INL, and ultra-low noise performance. Available in 24-pin LFCSP EP packages, it is ideal for medical instrumentation, industrial control, test and measurement, and aerospace applications. Whether used in data acquisition systems, power supply control, or digital gain and offset adjustment, this series ensures exceptional accuracy, stability, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the AD5760 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| AD5760ACPZ | DAC 1-CH Segment 16-bit 24-Pin LFCSP EP Tray | VFQFN-24 | 6,838 | |
| AD5760BCPZ | DAC 1-CH Segment 16-bit 24-Pin LFCSP EP Tray | QFN-24 | 7,585 | |
| AD5760ACPZ-REEL7 | Advanced 16-Bit Conversion Technology Enables Accurate Measurement of Various Parameters | VFQFN-24 | 5,449 | |
| AD5760BCPZ-REEL7 | DAC 1-CH Segment 16-bit 24-Pin LFCSP EP T/R | VFQFN-24 | 2,133 |
Key Featrues
True 16-Bit Voltage Output DAC with ±0.5 LSB INL: The AD5760 offers a true 16-bit resolution with a maximum integral nonlinearity (INL) of ±0.5 LSB, ensuring highly accurate and stable voltage outputs. This precision is critical for applications requiring fine control and minimal error, such as medical instrumentation and scientific measurement systems.
8 nV/√Hz Output Noise Spectral Density: With an ultra-low output noise spectral density of 8 nV/√Hz, the AD5760 minimizes signal distortion and enhances signal clarity. This feature is particularly beneficial in high-precision applications like data acquisition systems and industrial control, where noise interference must be minimized.
2.5 µs Output Voltage Settling Time: The DAC achieves a fast settling time of 2.5 µs, enabling rapid response to input changes. This makes it suitable for dynamic applications such as power supply control and digital gain adjustment, where quick and accurate adjustments are essential.
Integrated Precision Reference Buffers: The inclusion of integrated precision reference buffers simplifies system design by reducing the need for external components. This enhances efficiency and reliability in applications like test and measurement equipment, where system complexity must be minimized.
Bipolar Supply Operation up to 33V: The AD5760 operates from a bipolar supply up to 33V, allowing it to handle a wide range of voltage outputs. This versatility makes it ideal for aerospace instrumentation and other applications requiring high-voltage capabilities and robust performance in extreme conditions.
8 nV/√Hz Output Noise Spectral Density: With an ultra-low output noise spectral density of 8 nV/√Hz, the AD5760 minimizes signal distortion and enhances signal clarity. This feature is particularly beneficial in high-precision applications like data acquisition systems and industrial control, where noise interference must be minimized.
2.5 µs Output Voltage Settling Time: The DAC achieves a fast settling time of 2.5 µs, enabling rapid response to input changes. This makes it suitable for dynamic applications such as power supply control and digital gain adjustment, where quick and accurate adjustments are essential.
Integrated Precision Reference Buffers: The inclusion of integrated precision reference buffers simplifies system design by reducing the need for external components. This enhances efficiency and reliability in applications like test and measurement equipment, where system complexity must be minimized.
Bipolar Supply Operation up to 33V: The AD5760 operates from a bipolar supply up to 33V, allowing it to handle a wide range of voltage outputs. This versatility makes it ideal for aerospace instrumentation and other applications requiring high-voltage capabilities and robust performance in extreme conditions.
Applications
Precision Power Supply Control: The AD5760 is ideal for controlling and calibrating precision power supplies in industrial and laboratory settings. Its ultra-stable 16-bit resolution and ±0.5 LSB INL ensure accurate voltage output, making it suitable for applications requiring fine-tuned voltage regulation and stability.
Medical Instrumentation Calibration: The AD5760 is well-suited for calibrating medical instrumentation, such as patient monitoring systems and diagnostic equipment. Its low noise and high accuracy ensure reliable performance in critical healthcare applications, where precise voltage outputs are essential for accurate measurements.
Industrial Automation and Control: The AD5760 is perfect for industrial automation systems, where it can be used for digital gain and offset adjustment in control loops. Its fast settling time and high resolution make it ideal for applications requiring precise control of actuators, motors, and other industrial equipment.
Aerospace and Scientific Instrumentation: The AD5760 is an excellent choice for aerospace and scientific instrumentation, where it can be used for data acquisition and signal conditioning. Its ability to operate in harsh environments and provide stable, high-accuracy outputs makes it suitable for applications such as satellite systems, environmental monitoring, and research equipment.
Medical Instrumentation Calibration: The AD5760 is well-suited for calibrating medical instrumentation, such as patient monitoring systems and diagnostic equipment. Its low noise and high accuracy ensure reliable performance in critical healthcare applications, where precise voltage outputs are essential for accurate measurements.
Industrial Automation and Control: The AD5760 is perfect for industrial automation systems, where it can be used for digital gain and offset adjustment in control loops. Its fast settling time and high resolution make it ideal for applications requiring precise control of actuators, motors, and other industrial equipment.
Aerospace and Scientific Instrumentation: The AD5760 is an excellent choice for aerospace and scientific instrumentation, where it can be used for data acquisition and signal conditioning. Its ability to operate in harsh environments and provide stable, high-accuracy outputs makes it suitable for applications such as satellite systems, environmental monitoring, and research equipment.
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