LTC1067-50CS#TRPBF

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• Introduction:
  • The LTC1067-50CS#TRPBF is a high-performance, low-power, monolithic, low-voltage active-filter IC that features an integrated differential input and a very low-noise operational amplifier. The LTC1067-50CS#TRPBF utilizes a unique topology that combines a low-impedance drive signal path with a high-performance signal amplifying circuit to achieve excellent performance and signal integrity.
• Application:
  • The LTC1067-50CS#TRPBF is ideal for a wide variety of signal-processing applications, such as audio-crossover, signal routing, signal conditioning, signal filtering, and image processing.
  • The device is especially suitable for applications that require extremely low noise and high dynamic range, such as medical imaging, scientific instrumentation, audio-range signal sources, and data acquisition systems.
• Functional Principle:
  • The LTC1067-50CS#TRPBF utilizes an integrated, differential input and an active filter design to provide superior signal-processing performance. The differential input is implemented using a precision field-effect transistor (FET) differential amplifier, which can easily and accurately support precise signal-processing applications.
  • The active filter design provides high-speed signal-processing and low-noise performance while consuming very little power. The device provides a wide range of gain options and can be configured to provide high-sensitivity signal-processing capabilities with low-noise, low-distortion filtered outputs.
  • The device also has a wide range of frequency-response modes, allowing users to design filters that can target specific frequencies for signal-processing, such as audio-crossover designs.
• Conclusion:
  • The LTC1067-50CS#TRPBF is an ideal device for a wide variety of signal-processing applications that require high performance and low power consumption. The device\'s differential input, active filter design, and wide range of frequency response modes allow users to design efficient high-sensitivity, low-noise filtered outputs. Therefore, it is an excellent choice for audio-crossover, signal routing, signal conditioning, signal filtering, and image processing.

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