AD5725 (4)
The AD5725 is available from Analog Devices at Xecor. Designed for quad, 12-bit, parallel input, voltage output digital-to-analog conversion, the AD5725 offers guaranteed monotonicity, integral nonlinearity (INL) of ±0.5 LSB maximum, and a fast settling time of 10 µs maximum. Available in a 28-SSOP package, it is ideal for industrial automation, closed-loop servo control, process control, automotive test and measurement, and programmable logic controllers. Whether used in industrial or automotive applications, this series ensures high performance, precision, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the AD5725 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| AD5725BRSZ-500RL7 | 28-pin SSOP package containing a 4-channel DAC with R-2R architecture, providing 12-bit resolution for usage in tape and reel applications | SSOP-28 | 6,481 | |
| AD5725ARSZ-REEL | Flexible unipolar/bipolar input design for various application scenario | SSOP-28 | 7,360 | |
| AD5725ARSZ-500RL7 | Fast 10 microsecond operation | SSOP-28 | 9,995 | |
| AD5725BRSZ-REEL | DAC 4-CH R-2R 12-bit 28-Pin SSOP T/R | SSOP-28 | 9,166 |
Key Featrues
+5 V to ±15 V Operation: This wide operating voltage range allows the AD5725 to be used in a variety of power supply configurations, enhancing its versatility in different industrial and automotive applications. It ensures reliable performance across diverse environments, making it suitable for both low and high-voltage systems.
Unipolar or Bipolar Operation: The ability to operate in both unipolar and bipolar modes provides flexibility in generating different output voltage ranges. This feature is particularly beneficial in applications requiring both positive and negative voltage outputs, such as in servo control and process automation systems.
±0.5 LSB Max INL Error, ±1 LSB Max DNL Error: The low integral nonlinearity (INL) and differential nonlinearity (DNL) errors ensure high accuracy and precision in the digital-to-analog conversion process. This is critical for applications demanding precise voltage outputs, such as in test and measurement equipment and industrial automation.
10 µs Max Settling Time (10 V Step): The fast settling time of 10 µs ensures quick response to changes in the input data, making the AD5725 suitable for high-speed applications. This feature is essential in dynamic systems like closed-loop servo control, where rapid adjustments are necessary for optimal performance.
Double-Buffered Inputs: The double-buffered input structure allows for simultaneous updates of all DAC channels, ensuring synchronized output changes. This feature is particularly useful in multi-channel applications, such as programmable logic controllers, where coordinated control of multiple outputs is required.
Unipolar or Bipolar Operation: The ability to operate in both unipolar and bipolar modes provides flexibility in generating different output voltage ranges. This feature is particularly beneficial in applications requiring both positive and negative voltage outputs, such as in servo control and process automation systems.
±0.5 LSB Max INL Error, ±1 LSB Max DNL Error: The low integral nonlinearity (INL) and differential nonlinearity (DNL) errors ensure high accuracy and precision in the digital-to-analog conversion process. This is critical for applications demanding precise voltage outputs, such as in test and measurement equipment and industrial automation.
10 µs Max Settling Time (10 V Step): The fast settling time of 10 µs ensures quick response to changes in the input data, making the AD5725 suitable for high-speed applications. This feature is essential in dynamic systems like closed-loop servo control, where rapid adjustments are necessary for optimal performance.
Double-Buffered Inputs: The double-buffered input structure allows for simultaneous updates of all DAC channels, ensuring synchronized output changes. This feature is particularly useful in multi-channel applications, such as programmable logic controllers, where coordinated control of multiple outputs is required.
Applications
Industrial Automation: The AD5725 is ideal for controlling and monitoring processes in industrial automation systems. Its quad 12-bit DAC architecture ensures precise voltage output control, making it suitable for driving actuators, valves, and other control elements in manufacturing and process control environments.
Closed-Loop Servo Control: The AD5725 is well-suited for closed-loop servo control systems, where accurate and fast voltage output is required to control motor position or speed. Its 10 µs settling time and ±0.5 LSB INL error ensure high precision and stability in motion control applications.
Automotive Test and Measurement: The AD5725 is an excellent choice for automotive test and measurement systems, where it can generate precise analog signals for simulating sensor outputs or controlling test equipment. Its ability to operate with ±15 V supplies makes it compatible with a wide range of automotive testing scenarios.
Programmable Logic Controllers (PLCs): The AD5725 is ideal for use in PLCs, where it can provide accurate analog output signals for controlling industrial machinery and processes. Its double-buffered inputs and unipolar/bipolar operation ensure reliable and flexible integration into PLC systems.
Closed-Loop Servo Control: The AD5725 is well-suited for closed-loop servo control systems, where accurate and fast voltage output is required to control motor position or speed. Its 10 µs settling time and ±0.5 LSB INL error ensure high precision and stability in motion control applications.
Automotive Test and Measurement: The AD5725 is an excellent choice for automotive test and measurement systems, where it can generate precise analog signals for simulating sensor outputs or controlling test equipment. Its ability to operate with ±15 V supplies makes it compatible with a wide range of automotive testing scenarios.
Programmable Logic Controllers (PLCs): The AD5725 is ideal for use in PLCs, where it can provide accurate analog output signals for controlling industrial machinery and processes. Its double-buffered inputs and unipolar/bipolar operation ensure reliable and flexible integration into PLC systems.
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