LT1792AIS8#PBF

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LT1792AIS8#PBF is a high-performance monolithic CMOS Operational Amplifier specifically designed for low-voltage, low-power systems. It incorporates the patented Low Power CMOS concept that provides the user with superior relative performance with low supply current consumption. Its characteristics make it one of the most suitable amplifiers for instrumentation and Linear applications that require precise gain and minimal power consumption. The LT1792AIS8#PBF offers high Gain bandwidth and high slew rate.

The LT1792AIS8#PBF is a single operational amplifier with a maximum supply voltage of 10V and is rated for a maximum output current of 10mA. The op-amp can operate over a wide range of supply voltages, from 3V to 10V, making it an excellent choice for lower power instrumentation applications. The maximum output voltage of the amplifier is the same as the supply voltage. The LT1792AIS8#PBF offers an excellent CMRR of 80dB at 30mA, making it suitable for applications that require minimal distortion and noise. The amplifier also features a slew rate of 220V/μs and a gain bandwidth product of 14.7MHz. Additionally, the amplifier has an output noise voltage of 6.5nV/Î~Hz.

The working principle of the LT1792AIS8#PBF is based on its voltage-follower configuration. This configuration allows the amplifier to accurately reproduce the input signal without introducing any distortion or phase delays, while still delivering an output current of 10mA. The LT1792AIS8#PBF also operates in an open-loop fashion. This means that the user does not require any external components in order to take advantage of the amplifier\'s full performance. The open-loop operation also helps reduce the power consumption of the amplifier, resulting in longer battery life for portable applications.

The LT1792AIS8#PBF is well suited for low-power instrumentation and linear applications that require precise gain and minimal power consumption. Its voltage-follower configuration allows the amplifier to accurately reproduce input signals with little distortion. Its low power design ensures longer battery life for portable applications.

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