LT1469IN8#PBF

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The LT1469IN8#PBF is a low voltage, low-power, single-supply rail-to-rail Op Amp and Buffer amplifier from Linear Technology Corporation. The LT1469IN8#PBF is designed for high speed, single-supply applications, using the company\'s smallest form factor ICs. It is manufactured using the company\'s advanced low voltage, low-power process technology. The LT1469IN8#PBF is suitable for use in precision instrumentation, and can operate over a range of -2.7V to +2.7V, with output currents of +/- 0.5mA. Its bipolar transistors have a wide dynamic range, and its low bias current allows it to achieve an excellent low voltage linearity. The single-supply operation provides excellent power savings, as well as low quiescent current consumption. The LT1469IN8#PBF has excellent signal-to-noise ratio, and its extremely wide operation range means the device can be used in a variety of applications, such as medical instrumentation, communications, power supplies, test and measurement systems, and other industrial or consumer applications. The LT1469IN8#PBF is an excellent choice for low voltage linear applications because of its high speed, low power, and rail-to-rail output voltage range. The device has an Input Bias Current (Ib) of 5A, which is more than 10 times lower than the minimum specified for other operational amplifiers. It also offers high slew rate (1V/µs), for which it can be used for instrumentation and signal conditioning applications. The LT1469IN8#PBF is designed to provide low voltage, low power, and low noise operation. It has an openloop gain of 10kV/V, with a common mode rejection of 90dB, and a supply voltage range of 2.7V to 6V. The device features a high impedance input stages, which makes it suitable for applications with high input impedance. Furthermore, its low input bias current makes it suitable for applications with low voltage signals. The LT1469IN8#PBF is also designed for high speed operation, with a total harmonic distortion of -80dB. Its wide frequency range is well suited for low distortion applications. Furthermore, its high stability makes it suitable for precision instrumentation applications. The LT1469IN8#PBF\'s low noise and excellent linearity makes it the ideal choice for low power, high precision applications. The working principle of LT1469IN8#PBF is based on the differential amplifier configuration. The device has two input stages, one inverting stage and one non-inverting stage. The inverting stage is driven by one of the inputs, and its output is fed to the non-inverting input stage. The non-inverting stage amplifies the difference between the input signals, and then the output is produced. The device is designed to drive low-power loads, such as low-power analog circuits or digital control systems. It is suitable for use in a variety of instrumentation, communications, power, test and measurement, and other industrial or consumer applications.

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