MAX262 (7)
The MAX262 is available from Analog Devices at Xecor. Designed for microprocessor control of precise filter functions, the MAX262 offers independent Q and f0 programming, 64-step center frequency control, and 128-step Q control. Available in 24-PDIP packaging, it is ideal for applications such as signal analysis, phase-locked loops (PLLs), and digital signal processing (DSP). Whether used in telecommunications, audio processing, or industrial systems, this series ensures high performance, flexibility, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX262 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX2623EUA | Oscillator VCO 885MHz to 950MHz 3V 8-Pin uMAX SMD Tube | TSSOP-8 | 2,797 | |
| MAX262BENG+ | Digital filter for precise signal processin | PDIP-24 | 9,755 | |
| MAX262AEWG+ | A revolutionary microprocessor-based solution for designing and implementing active filters with unparalleled precision and flexibility | SOIC-24 | 3,374 | |
| MAX262BCWG+T | Active Filters Microprocessor Programmable Universal Active Filters | SOIC-24 | 6,308 | |
| MAX262BCWG+ | Universal filter solution for precise signal processing and analysi | SOIC-24 | 7,748 | |
| MAX262BCNG+ | Enhance the clarity of your sound with MAXCNG+, a reliable and efficient dual SW-CAP active filter suitable for professional audio us | PDIP-24 | 4,223 | |
| MAX262BEWG+ | Microprocessor-controlled filter tuning for optimized performance and precision | SOIC-24 | 5,226 |
Key Featrues
Microprocessor Interface: Enables precise control of filter functions through a microprocessor, enhancing flexibility and adaptability in various signal processing applications, such as DSP and PLLs.
Independent Q and f0 Programming: Allows separate tuning of quality factor (Q) and center frequency (f0), improving customization and optimization for specific filtering needs.
64-Step Center Frequency Control: Provides fine-grained adjustment of the center frequency, ensuring accurate signal filtering across a wide range of applications.
Single +5V and ±5V Operation: Supports dual voltage operation, making it versatile for use in both low-power and high-performance systems.
Guaranteed Clock to f0 Ratio (1% for A grade): Ensures high precision in filter performance, critical for applications requiring stable and reliable signal analysis.
Independent Q and f0 Programming: Allows separate tuning of quality factor (Q) and center frequency (f0), improving customization and optimization for specific filtering needs.
64-Step Center Frequency Control: Provides fine-grained adjustment of the center frequency, ensuring accurate signal filtering across a wide range of applications.
Single +5V and ±5V Operation: Supports dual voltage operation, making it versatile for use in both low-power and high-performance systems.
Guaranteed Clock to f0 Ratio (1% for A grade): Ensures high precision in filter performance, critical for applications requiring stable and reliable signal analysis.
Applications
Precision Signal Conditioning: The MAX260/MAX261/MAX262 is ideal for precision signal conditioning in applications such as audio processing, instrumentation, and communication systems. Its microprocessor-controlled filter functions allow for precise tuning of center frequency and Q, making it suitable for applications requiring high accuracy and adaptability in signal filtering.
Adaptive Noise Filtering: The MAX260/MAX261/MAX262 is well-suited for adaptive noise filtering in environments with varying noise conditions, such as industrial automation or wireless communication systems. Its independent Q and center frequency programming capabilities enable real-time adjustment to filter out unwanted noise while preserving signal integrity.
Phase-Locked Loop (PLL) Systems: The MAX260/MAX261/MAX262 can be used in phase-locked loop (PLL) systems for frequency synthesis and clock recovery. Its precise center frequency control and guaranteed clock-to-frequency ratio ensure stable and accurate operation in applications like telecommunications and data synchronization.
Anti-Aliasing in Data Acquisition Systems: The MAX260/MAX261/MAX262 is ideal for anti-aliasing filtering in data acquisition systems, where it can prevent signal distortion caused by undersampling. Its universal filter configurations and high cutoff frequency range make it suitable for applications in medical imaging, radar systems, and high-speed data sampling.
Adaptive Noise Filtering: The MAX260/MAX261/MAX262 is well-suited for adaptive noise filtering in environments with varying noise conditions, such as industrial automation or wireless communication systems. Its independent Q and center frequency programming capabilities enable real-time adjustment to filter out unwanted noise while preserving signal integrity.
Phase-Locked Loop (PLL) Systems: The MAX260/MAX261/MAX262 can be used in phase-locked loop (PLL) systems for frequency synthesis and clock recovery. Its precise center frequency control and guaranteed clock-to-frequency ratio ensure stable and accurate operation in applications like telecommunications and data synchronization.
Anti-Aliasing in Data Acquisition Systems: The MAX260/MAX261/MAX262 is ideal for anti-aliasing filtering in data acquisition systems, where it can prevent signal distortion caused by undersampling. Its universal filter configurations and high cutoff frequency range make it suitable for applications in medical imaging, radar systems, and high-speed data sampling.
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