MX7226 (8)
MX7226 is available from Maxim Integrated at Xecor. Designed for digital-to-analog conversion, the MX7226 offers a quad 8-bit DAC with voltage-output amplifier latches, ensuring high performance and compatibility with TTL/CMOS interfaces. Available in a 20-pin PDIP package, it is ideal for applications such as arbitrary function generators, automatic test equipment, industrial process control, and microprocessor-controlled calibration. Whether used in digital offset/gain adjustment or minimum component count analog systems, this series ensures precision, efficiency, and ease of integration for demanding applications. Xecor is an authorized distributor for Maxim Integrated. Please view our extensive selection of the MX7226 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MX7226KN | DAC 4-CH R-2R 8-bit 20-Pin PDIP N | DIP-20 | 9,313 | |
| MX7226KN+ | The MX7226KN+ is an 8-bit DAC with four parallel outputs in a 20-pin PDIP configuration | PDIP-20 | 6,060 | |
| MX7226KCWP+ | High-performance D/A converter with 8-bit input loading | SOIC-20 | 5,139 | |
| MX7226KCWP+T | Compact, low-power IC for digital-to-analog signal processing | SOIC-20 | 5,075 | |
| MX7226KEWP+ | Achieve precise digital-to-analog conversion with the MX7226KEWP+ integrated circuit | SOIC-20 | 7,234 | |
| MX7226KEWP+T | High-resolution, voltage-controlled digital-to-analog converte | SOIC-20 | 2,258 | |
| MX7226KP+T | Digital to Analog Converters - DAC CMOS, Quad, 8-Bit DAC with Voltage-Output Amplifier Latches | PLCC-20 | 6,635 | |
| MX7226KP+ | High precision 8-bit DAC for accurate analog voltage conversion | PLCC-20 | 5,340 |
Key Featrues
Buffered Voltage Output: The MX7226KN+ includes output buffer amplifiers that ensure stable and accurate voltage outputs, enhancing signal integrity and reducing the need for external buffering components. This feature simplifies circuit design and improves overall system reliability.
Microprocessor and TTL/CMOS Compatibility: The device is designed to interface seamlessly with microprocessors and TTL/CMOS logic, making it versatile for integration into digital systems. This compatibility ensures easy implementation in a wide range of applications, from industrial control to automated test equipment.
Double-Buffered Inputs (MX7225): The MX7225 variant offers double-buffered inputs, allowing simultaneous updates of all DACs. This feature is particularly useful in applications requiring synchronized output changes, such as waveform generation or multi-channel control systems.
No External Adjustments Required: The MX7226KN+ achieves 8-bit performance over the full operating temperature range without the need for external trimming. This eliminates the complexity and cost of calibration, making it ideal for applications requiring consistent and precise analog outputs.
Single or Dual Supply Operation: The device can operate from either single or dual power supplies, providing flexibility in system design. This feature allows for use in both low-power and high-performance applications, catering to a broader range of use cases.
Microprocessor and TTL/CMOS Compatibility: The device is designed to interface seamlessly with microprocessors and TTL/CMOS logic, making it versatile for integration into digital systems. This compatibility ensures easy implementation in a wide range of applications, from industrial control to automated test equipment.
Double-Buffered Inputs (MX7225): The MX7225 variant offers double-buffered inputs, allowing simultaneous updates of all DACs. This feature is particularly useful in applications requiring synchronized output changes, such as waveform generation or multi-channel control systems.
No External Adjustments Required: The MX7226KN+ achieves 8-bit performance over the full operating temperature range without the need for external trimming. This eliminates the complexity and cost of calibration, making it ideal for applications requiring consistent and precise analog outputs.
Single or Dual Supply Operation: The device can operate from either single or dual power supplies, providing flexibility in system design. This feature allows for use in both low-power and high-performance applications, catering to a broader range of use cases.
Applications
Arbitrary Function Generator: The MX7226KN+ is ideal for generating arbitrary waveforms in function generators. Its quad 8-bit DAC architecture allows for precise control of multiple output channels, enabling the creation of complex waveforms for testing and simulation in electronics and communication systems.
Industrial Process Control: The MX7226KN+ is well-suited for industrial process control applications, where it can be used to adjust and control analog signals in real-time. Its buffered voltage output and compatibility with TTL/CMOS interfaces make it ideal for integrating into automated systems for monitoring and controlling parameters like temperature, pressure, and flow.
Digital Offset/Gain Adjustment: The MX7226KN+ is perfect for digital offset and gain adjustment in analog systems. Its 8-bit resolution and quad DAC configuration allow for fine-tuning of analog signals, ensuring accurate calibration in audio equipment, instrumentation, and signal processing systems.
Microprocessor-Controlled Calibration: The MX7226KN+ is an excellent choice for microprocessor-controlled calibration systems. Its parallel interface and voltage-output amplifiers enable seamless integration with microcontrollers, allowing for precise calibration of analog circuits in automated test equipment and measurement devices.
Industrial Process Control: The MX7226KN+ is well-suited for industrial process control applications, where it can be used to adjust and control analog signals in real-time. Its buffered voltage output and compatibility with TTL/CMOS interfaces make it ideal for integrating into automated systems for monitoring and controlling parameters like temperature, pressure, and flow.
Digital Offset/Gain Adjustment: The MX7226KN+ is perfect for digital offset and gain adjustment in analog systems. Its 8-bit resolution and quad DAC configuration allow for fine-tuning of analog signals, ensuring accurate calibration in audio equipment, instrumentation, and signal processing systems.
Microprocessor-Controlled Calibration: The MX7226KN+ is an excellent choice for microprocessor-controlled calibration systems. Its parallel interface and voltage-output amplifiers enable seamless integration with microcontrollers, allowing for precise calibration of analog circuits in automated test equipment and measurement devices.
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