LTC1164-5CSW#PBF

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The LTC1164-5CSW#PBF can be classified as an active filter belonging to the interface. It is a type of floating differential amplifier that uses the latest CMOS technology to maximize reliability and minimize power consumption and noise levels. The LTC1164-5CSW#PBF is designed to filter both analog and digital signals and provides high accuracy with low power consumption. Working under both low and high supply levels, it is also able to work in a wide range of operating temperatures.

The LTC1164-5CSW#PBF incorporates several features to ensure a high performance level. It has an input transfer gain of 120dB, a lowpass filter with a 5MHz cutoff frequency and a 3rd order filter stage, and a bandwidth clipping circuit. To ensure a high level of accuracy, it also features a differential input buffer, an on-chip resistive stabilization and temperature compensation circuit, and an on-chip diode to protect the amplifier. In addition, a temperature-dependent output bias circuit provides accuracy over a wide range of temperatures.

The LTC1164-5CSW#PBF is mainly used in analog to digital converters, data acquisition systems, and other electronic devices that require low noise and high accuracy. Its working principle is based on an active low pass filter. By employing a differential amplifier, the LTC1164-5CSW#PBF can effectively reduce noise in an incoming signal to a great extent, which ensures high accuracy in data transmitted by the device.

The LTC1164-5CSW#PBF\'s active filter circuit includes a pair of input and output buffers as well as a gain stage. The gain stage is responsible for controlling the frequency response of the device. This stage is connected between the input and output buffers. The device also features a feedback loop, which is connected to the output of the gainstage. This feedback loop helps to ensure that the gain level remains constant over a wide frequency range.

The working principle of the active filter is based on the fact that the output of the gain stage is proportional to the voltage difference between the two inputs. As two input signals enter the device, an internal feedback loop is formed, whereby the gain of the device is adjusted in order to ensure the output signal matches the demand. This dynamic control ensures that the input signals are filtered securely, without resulting in any unacceptable noise or distortion in the output.

In the case of the LTC1164-5CSW#PBF, the device consists of a differential amplifier and a third-order low pass filter. The differential amplifier is used for high accuracy and low power consumption, and the low pass filter effectively reduces out of band signals. Furthermore, the temperature compensation circuit protects the device from thermal drift, ensuring high accuracy over a wide range of temperatures.

Overall, the LTC1164-5CSW#PBF is an active filter suited to a variety of applications. Its features and capabilities make it an efficient and reliable device, providing high accuracy and low power consumption. It can be used in applications such as analog to digital conversion, data acquisition systems, and any other sensitive applications. With its wide range of features and capabilities, the LTC1164-5CSW#PBF is sure to be a great choice for any electronic device or system requiring a reliable active filter.

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