AD7528 (19)
The AD7528 is available from Analog Devices at Xecor. Designed for digital-to-analog conversion, the AD7528 offers excellent DAC-to-DAC matching, on-chip latches for both DACs, and operation from +5V to +15V. Available in 20-pin DIP and 20-terminal surface mount packages, it is ideal for applications requiring precise analog signal generation, such as audio circuits, X-Y graphics, and filter parameter control. Whether used in industrial automation, audio processing, or instrumentation, this series ensures high performance, reliability, and versatility for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the AD7528 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| AD7528JN | CMOS Dual 8-Bit Buffered Multiplying DAC | PDIP-20 | 7,971 | |
| AD7528JNZ | AD7528JNZ product description: CMOS dual 8-bit multiplying DAC | PDIP-20 | 8,510 | |
| AD7528KN | This DAC CMOS converter, model AD7528KN, features a buffered output to ensure accurate and consistent analog conversion of digital data | PDIP-20 | 3,260 | |
| AD7528JR | Tube packaging for AD7528JR DAC | 20-SOIC | 5,621 | |
| AD7528LR | Precise digital-to-analog converter for accurate audio processing | SOIC-20 | 7,844 | |
| AD7528JRZ | 8-bit 2-channel R-2R digital-to-analog converter | 20-SOIC | 9,632 | |
| AD7528LNZ | Fast 8-bit digital to analog converter, 400ns speed | PDIP-20 | 3,544 | |
| AD7528KNZ | Versatile 5V to 15V DAC in 8-bit resolution | PDIP-20 | 5,753 | |
| AD7528JPZ | 00ns response time | FLATPACK-20 | 3,391 | |
| 5962-8770102RA | Dual 8-bit CMOS design ensures reliable performance | CERDIP-20 | 4,401 | |
| AD7528BQ | High precision DAC with dual 8-bit resolution | CDIP-20 | 7,673 | |
| AD7528CQ | 8-bit CDIP-20 DAC for precision analog output | CDIP-20 | 2,151 | |
| AD7528JPZ-REEL | Enjoy reliable performance and seamless integration with this dual DAC | PLCC-20 | 3,793 | |
| AD7528KPZ | High-quality DAC for precision audio applications | PLCC-20 | 3,074 | |
| AD7528KPZ-REEL | Dual 8-bit DAC for versatile digital-to-analog conversion | PLCC-20 | 5,474 | |
| AD7528SQ | Improve your system's performance with AD7528SQ 20-pin CDIP | CDIP-20 | 2,718 | |
| AD7528TQ | Advanced converter technology ensures accurate outputs | CDIP-20 | 4,145 | |
| 5962-8770103RA | Ideal for audio, video, and communication applications | CDIP-20 | 5,681 | |
| 5962-8770101RA | Compact and low-power CMOS IC design for high-speed data transfe | CDIP-20 | 5,276 |
Key Featrues
On-Chip Latches for Both DACs: The AD7528 includes on-chip latches for both DACs, ensuring stable and synchronized data transfer. This feature enhances performance by minimizing timing errors and improving the reliability of digital-to-analog conversion in multi-channel applications.
+5 V to +15 V Operation: With a wide operating voltage range of +5 V to +15 V, the AD7528 offers flexibility in various power supply configurations. This versatility makes it suitable for diverse use cases, from low-power portable devices to high-performance industrial systems.
DACs Matched to 1%: The dual DACs in the AD7528 are matched to within 1%, ensuring consistent and accurate analog outputs. This precision is critical for applications requiring high fidelity, such as stereo audio circuits or precise signal processing.
Monolithic Dual 8-Bit DACs: The integration of dual 8-bit DACs in a single monolithic chip reduces component count and PCB space. This compact design improves efficiency and simplifies system integration, making it ideal for space-constrained applications.
Parallel Data Interface: The parallel data interface enables fast and efficient data transfer, supporting high-speed applications. This feature enhances the overall performance of the DAC, particularly in real-time signal processing and control systems.
+5 V to +15 V Operation: With a wide operating voltage range of +5 V to +15 V, the AD7528 offers flexibility in various power supply configurations. This versatility makes it suitable for diverse use cases, from low-power portable devices to high-performance industrial systems.
DACs Matched to 1%: The dual DACs in the AD7528 are matched to within 1%, ensuring consistent and accurate analog outputs. This precision is critical for applications requiring high fidelity, such as stereo audio circuits or precise signal processing.
Monolithic Dual 8-Bit DACs: The integration of dual 8-bit DACs in a single monolithic chip reduces component count and PCB space. This compact design improves efficiency and simplifies system integration, making it ideal for space-constrained applications.
Parallel Data Interface: The parallel data interface enables fast and efficient data transfer, supporting high-speed applications. This feature enhances the overall performance of the DAC, particularly in real-time signal processing and control systems.
Applications
Audio Signal Processing: The AD7528 is ideal for audio signal processing applications, such as gain/attenuation control and stereo audio circuits. Its dual 8-bit DAC architecture allows for precise control of audio levels, making it suitable for use in mixers, amplifiers, and other audio equipment where accurate signal manipulation is required.
Graphic Display Control: The AD7528 is well-suited for X-Y graphics applications, such as controlling the position of beams in oscilloscopes or the movement of pens in plotters. Its excellent DAC-to-DAC matching ensures smooth and accurate graphic rendering, making it a reliable choice for display systems in industrial and scientific environments.
Filter Parameter Adjustment: The AD7528 can be used to dynamically adjust filter parameters in analog signal processing systems. Its on-chip latches and precise DAC matching allow for real-time tuning of filter characteristics, making it ideal for applications in communication systems, audio processing, and instrumentation where adaptive filtering is required.
Precision Voltage Control: The AD7528 is suitable for precision voltage control applications, such as in programmable power supplies or calibration equipment. Its ability to operate with a wide voltage range (5V to 15V) and its accurate DAC-to-DAC matching make it a reliable choice for systems requiring stable and precise voltage outputs.
Graphic Display Control: The AD7528 is well-suited for X-Y graphics applications, such as controlling the position of beams in oscilloscopes or the movement of pens in plotters. Its excellent DAC-to-DAC matching ensures smooth and accurate graphic rendering, making it a reliable choice for display systems in industrial and scientific environments.
Filter Parameter Adjustment: The AD7528 can be used to dynamically adjust filter parameters in analog signal processing systems. Its on-chip latches and precise DAC matching allow for real-time tuning of filter characteristics, making it ideal for applications in communication systems, audio processing, and instrumentation where adaptive filtering is required.
Precision Voltage Control: The AD7528 is suitable for precision voltage control applications, such as in programmable power supplies or calibration equipment. Its ability to operate with a wide voltage range (5V to 15V) and its accurate DAC-to-DAC matching make it a reliable choice for systems requiring stable and precise voltage outputs.
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