Product Overview: LTC1064-7CN

The LTC1064-7CN is a high-performance, low-pass filter designed by Linear Technology, a leader in analog integrated circuits. This component is part of the LTC1064 series, which is renowned for its precision filtering capabilities in a wide range of electronic applications.

Key Features

• 8th Order Low-Pass Filter: The LTC1064-7CN is an 8th order filter which provides a very sharp cutoff characteristic. This is ideal for applications requiring precise signal processing.
• Butterworth Filter Response: It offers a maximally flat frequency response, known as a Butterworth response, ensuring minimal signal distortion within the passband.
• Clock-Tunable Cutoff Frequency: The cutoff frequency is tunable by an external clock, or it can be set by the ratio of two resistors for a fixed frequency application.
• Low Noise: The design of the LTC1064-7CN minimizes noise, making it suitable for high-fidelity audio applications and sensitive instrumentation.
• High Sampling Rate: It can operate at high sampling rates, allowing it to be used in applications that require fast signal processing.
• Differential Inputs: The filter supports differential inputs, which enhances the rejection of common-mode noise and improves signal integrity.

Applications

The LTC1064-7CN is versatile and can be used in various electronic systems:

• Data Communications
• Signal Processing
• Audio Processing
• Medical Instrumentation
• Test and Measurement Equipment

Technical Specifications

The LTC1064-7CN operates over a wide supply voltage range and has a compact DIP (Dual In-line Package) form factor. It is characterized by its high linearity and low distortion, ensuring the integrity of the signal is maintained throughout the filtering process.

Conclusion

With its precise filtering performance, flexibility in frequency tuning, and low noise operation, the LTC1064-7CN from Linear Technology stands out as a premium choice for designers looking to incorporate reliable low-pass filtering into their electronic designs.