The LTC1064-3CSW is a high-performance, low-pass filter from Linear Technology, designed to cater to a wide range of signal processing applications. This filter is part of the LTC1064 series, which is known for its fast, easy-to-use, and highly integrated filtering solutions.

Key Features

        
• High Filter Order: The LTC1064-3CSW is an 8th order low-pass filter, providing excellent attenuation in the stop-band and a sharp transition from pass-band to stop-band.
        
• Switched-Capacitor Design: Utilizing a switched-capacitor architecture, this filter offers a stable and precise filter response with a clock-tunable cut-off frequency.
        
• Clock-Tunable Cut-off Frequency: The cut-off frequency can be adjusted by an external clock, offering flexibility for various applications.
        
• Low Noise and Distortion: Engineered to deliver low noise and low harmonic distortion, ensuring signal integrity is maintained throughout the filtering process.
        
• Single or Dual Power Supply: The LTC1064-3CSW can operate with a single 5V power supply or dual ±5V supplies, providing versatility in system design.
        
• Unity Gain: This filter has a fixed unity gain, which simplifies the design considerations for systems requiring no additional gain stages.
    

Applications

The LTC1064-3CSW is suitable for a broad spectrum of applications, including:

        
• Data Acquisition Systems
        
• Telecommunications
        
• Signal Processing
        
• Anti-Aliasing Filters
        
• Waveform Generation
        
• Audio Processing
    

Product Specifications

The LTC1064-3CSW is available in a 16-pin narrow SW package, which is ideal for space-constrained applications. The device's operating temperature range is from 0°C to 70°C, making it suitable for commercial-grade applications.

Conclusion

With its high-order filtering capability, clock-tunable frequency, and low noise performance, the LTC1064-3CSW from Linear Technology stands out as a robust and flexible solution for designers looking to implement precise and reliable low-pass filtering in their electronic systems.