LT1631CS#PBF

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The LT1631CS#PBF is a part of Linear Technology’s family of high performance instrumentation, operational amplifiers and buffers. This device offers excellent differential gain performance, high input impedance and low output impedance, making it ideal for applications in the fields of instrumentation, industrial control, and general purpose signal conditioning.

The LT1631CS#PBF is an ideal choice for applications requiring precision gain, low noise and good stability over temperature and supply voltage changes. This device is capable of providing a wide range of gains from -20dB to 30dB depending upon the value of the external resistors.

The LT1631CS#PBF has several distinct operational characteristics which make it an ideal choice for applications requiring precision gain and low noise. The device has a high impedance differential input that is well-suited for front-end signal conditioning. The device also has a high bandwidth of 500kHz with a wide bandwidth product that can achieve good signal-to-noise response at low frequencies. Additionally, the device features an advanced feedback loop which provides excellent stability over temperature and supply voltage changes.

The LT1631CS#PBF has very low input bias current and a low input referred voltage noise of 5μVrms at 1kHz. This enables the device to be used in applications requiring very low offset and noise such as precision measurement and data acquisition. Additionally, the device offers fast settle times of <120μs for a 10V step and a low output impedance of only 40Ω which can be used to provide drive to a wide variety of load impedances.

The LT1631CS#PBF is a low-cost and highly capable high performance instrumentation, operational amplifiers and buffers that is very well-suited for applications requiring precision gains and low noise levels. This device offers a wide range of gains and low offset, low noise and high bandwidth with good low frequency signal-to-noise ratio and excellent stability over temperature and supply voltage changes. The device offers a fast settle time and a low output impedance which can be used to drive a wide variety of loads, making this device highly attractive to designers looking to achieve superior performance out of their systems.

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