inventory:7,978
Diodes Incorporated
SOIC-8
MX7528 (10)
The MX7528 is available from Analog Devices Inc. at Xecor. Designed for digital-to-analog conversion, the MX7528 offers dual 8-bit multiplying DACs with ±½ LSB linearity, microprocessor compatibility, and four-quadrant multiplication. Available in a 20-PDIP package, it is ideal for applications such as digital-to-synchro conversion, digitally controlled filters, disk drives, motion control systems, programmable attenuators, and X-Y graphics. Whether used in industrial automation, telecommunications, or precision control systems, this series ensures high performance, accuracy, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices Inc.. Please view our extensive selection of the MX7528 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MX7528JN+ | Parallel operation | 20-PDIP | 5,752 | |
| MX7528JCWP+ | Digital to Analog Converters - DAC CMOS, Dual, Buffered, 8-Bit Multiplying DAC | SOIC-20 | 5,580 | |
| MX7528JCWP+T | Eight-bit resolution and high-speed operation for demanding applications | SOIC-20 | 7,656 | |
| MX7528JP+ | Enhance your electronic projects with MX7528JP+'s high performance | PLCC-20 | 6,117 | |
| MX7528KEQP+ | Ideal for precision multiplying applications | SOIC-20 | 3,775 | |
| MX7528KEQP+T | Digital to Analog Converters - DAC CMOS, Dual, Buffered, 8-Bit Multiplying DAC | PLCC-20 | 5,194 | |
| MX7528LCWP+T | With its PDSO package and compact footprint, this device is ideal for space-constrained designs requiring precise analog output contro | SOIC-20 | 2,298 | |
| MX7528KN+ | Precise input loading ensures accurate signal representation for various system | DIP-20 | 2,154 | |
| MX7528LCWP+ | Cutting-edge technology for accurate data conversion | SOIC-20 | 2,947 | |
| MX7528KP+ | Precision 8-bit multiplying DAC ensures smooth, high-resolution output | PLCC-20 | 2,440 |
Key Featrues
Dual 8-Bit DACs: The MX7528 contains two independent 8-bit digital-to-analog converters, enabling simultaneous conversion of two digital signals to analog outputs. This dual functionality enhances performance in applications requiring multiple signal processing, such as motion control systems or X-Y graphics, by reducing the need for additional components.
Microprocessor Compatibility: The device features separate on-chip latches for each DAC, allowing easy interfacing with microprocessors. This simplifies integration into digital systems and improves efficiency in data handling, making it ideal for applications like programmable attenuators or digitally controlled filters.
Four-Quadrant Multiplication: The MX7528 supports four-quadrant multiplication, enabling both positive and negative signal processing. This feature broadens its use cases in applications such as digital-to-synchro conversion, where precise control over signal polarity is essential.
Single Supply Operation: The MX7528 operates on a single supply voltage ranging from +5V to +15V, reducing power supply complexity and improving system efficiency. This makes it suitable for compact designs in disk drives or other space-constrained applications.
High Linearity and Low Settling Time: With ±½ LSB linearity and a maximum settling time of 400ns, the MX7528 delivers high accuracy and fast response times. This ensures reliable performance in time-sensitive applications like motion control systems or real-time signal processing.
Microprocessor Compatibility: The device features separate on-chip latches for each DAC, allowing easy interfacing with microprocessors. This simplifies integration into digital systems and improves efficiency in data handling, making it ideal for applications like programmable attenuators or digitally controlled filters.
Four-Quadrant Multiplication: The MX7528 supports four-quadrant multiplication, enabling both positive and negative signal processing. This feature broadens its use cases in applications such as digital-to-synchro conversion, where precise control over signal polarity is essential.
Single Supply Operation: The MX7528 operates on a single supply voltage ranging from +5V to +15V, reducing power supply complexity and improving system efficiency. This makes it suitable for compact designs in disk drives or other space-constrained applications.
High Linearity and Low Settling Time: With ±½ LSB linearity and a maximum settling time of 400ns, the MX7528 delivers high accuracy and fast response times. This ensures reliable performance in time-sensitive applications like motion control systems or real-time signal processing.
Applications
Digital-to-Synchro Conversion: The MX7528 is well-suited for digital-to-synchro conversion applications, where precise control of angular position is required. Its dual 8-bit DACs and microprocessor compatibility enable accurate and efficient conversion of digital signals to analog outputs, making it ideal for motion control systems and industrial automation.
Digitally Controlled Filters: The MX7528 excels in digitally controlled filter applications, where it can be used to adjust filter parameters dynamically. Its high linearity and fast settling time ensure precise control over filter characteristics, making it suitable for audio processing, communication systems, and signal conditioning.
Programmable Attenuators: The MX7528 is ideal for programmable attenuator applications, where it can be used to control signal levels with high precision. Its four-quadrant multiplication capability and external reference support allow for flexible and accurate attenuation in RF and communication systems.
X-Y Graphic Systems: The MX7528 is perfect for X-Y graphic systems, where it can be used to generate precise analog signals for controlling the position of graphic displays. Its dual DACs and matched performance ensure smooth and accurate rendering of graphics, making it suitable for plotters, oscilloscopes, and other graphic display applications.
Digitally Controlled Filters: The MX7528 excels in digitally controlled filter applications, where it can be used to adjust filter parameters dynamically. Its high linearity and fast settling time ensure precise control over filter characteristics, making it suitable for audio processing, communication systems, and signal conditioning.
Programmable Attenuators: The MX7528 is ideal for programmable attenuator applications, where it can be used to control signal levels with high precision. Its four-quadrant multiplication capability and external reference support allow for flexible and accurate attenuation in RF and communication systems.
X-Y Graphic Systems: The MX7528 is perfect for X-Y graphic systems, where it can be used to generate precise analog signals for controlling the position of graphic displays. Its dual DACs and matched performance ensure smooth and accurate rendering of graphics, making it suitable for plotters, oscilloscopes, and other graphic display applications.