LT1632CN8#PBF

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LT1632CN8#PBF, part of Linear\'s portfolio of high performance analog products, is a high voltage instrumentation amplifier designed with an internally compensated technique for precise and stable operation. The device is fully specified for operation from –55 degrees C to +125 degrees C. It has an input voltage range of –13V to +13V and an output voltage range of –12V to +12V with a maximum gain of 100V/V. The device also features unity gain bandwidth of 240MHz and a fast rise time response of 1.4ns.

The LT1632CN8#PBF device is ideally suited for high voltage input source measurements, such as current sensing, voltage sensing, and pressure sensing. It can also be used to drive capacitive loads directly, eliminating the need for external op amps or buffering circuitry. The device is also suitable for use in applications where high output currents are required, such as motor control, active filter design and audio applications. In addition, its low current consumption ensures compatibility with low-power systems.

The LT1632CN8#PBF instrumentation amplifier contains an input stage comprising an internal differential pair configured to create a low differential gain limitation. This eliminates the necessity for additional resistors or capacitors to reduce the input signal level. In addition, a buffer is provided for the output stage in order to bring the high levels of output current required for active filter design or other applications.

The device also features an internal compensation technique which ensures stability when driving capacitive loads and helps to prevent instabilities due to gain changes. Furthermore, the device also has an internal bandgap reference providing better accuracy. This helps to ensure that the gain of the device remains constant.

The LT1632CN8#PBF device is a highly integrated, low power, low noise and high speed instrumentation amplifier. The device is suitable for a wide range of applications and its features enable it to provide precise and stable operation. The device can be used to accurately measure input frequencies, as well as to drive high output current applications like active filters, motor control and audio applications.

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