LT1787IMS8#PBF

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The LT1787IMS8#PBF is an operational amplifier integrated circuit that can be used in various applications. This instrumentation amplifier is ideal for situations where precision and accuracy are of the utmost importance. It is capable of amplifying signals with low distortion, high common-mode rejection, and low noise. The LT1787IMS8#PBF is part of the Linear Technology family of ICs, and is typically used in instrumentation, OP amps, buffer amps and other precision bandwidth applications.

The LT1787IMS8#PBF amplifies signals up to a gain of 200V/V with low 1.5V/µs slew rate, and includes an Integrated BiFET input stage with a 1/f noise corner frequency of 1.2MHz. This IC also contains an LT1787IMS8-specific offset null pin, which can be used to null out motor offset errors more effectively than traditional methods. Other features of this IC include high input impedance of 250kohms, adjustable output voltage range, and low noise of 1pA/sqrt Hz.

The LT1787IMS8#PBF is best suited for applications such as power systems, closed loop and open loop voltage to current converters, instrumentation amplifiers, industrial process control and medical equipment. It is also used in optical and RF systems, precision bandwidth applications, and in low power operational amplifiers. The low power consumption and high precision make the LT1787IMS8#PBF an attractive choice for many manufacturers.

The LT1787IMS8#PBF works by using a differential amplifier to amplify weak signals. In the case of this IC, the differential amplifier has an Internal BiFET input stage, which provides high input impedance and high common-mode rejection. This helps to ensure superior accuracy, as well as low distortion and noise. The output stage is regulated by the offset null pin, which helps to ensure that the amplifier’s output is exactly the same regardless of the input voltage.

The LT1787IMS8#PBF is a highly precise and accurate amplifier IC that is ideal for a wide range of instrumentation and other precision bandwidth applications. Its low distortion, low power consumption, and high common-mode rejection help to ensure superior accuracy and stability. The integrated offset null pin helps to reduce motor offset errors, making it an ideal choice for many electronics designers.

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