LMP91050MMX/NOPB

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LMP91050MMX/NOPB is designed as an analog front end (AFE) for data acquisition systems. It is a high-performance, low-cost, four-channel analog signal amplifier. It enables the capture, conversion and manipulation of analog data signals. The device offers low noise levels and high performance in harsh environments.

The LMP91050 comprises four BCM85650-series channels, each consisting of an 8-bit A/D converter, a programmable input range, a low-noise filter, an operational amplifier, and a voltage reference. It also provides a programmable clock for data capture and conversion. The channels accept input signals ranging from -2.5V to +2.5V and can output data as pulse-width modulation or analog voltage.

The LMP91050 is designed to capture and convert up to four analog signals simultaneously with a minimum of required external components. A temperature compensator provides accurate data readings, while on-chip thermal protection and overvoltage protection ensure reliable operation even in the harshest of environments. The device can operate in either single-shot or continuous data acquisition modes, allowing users to switch modes without having to reprogram it.

The LMP91050 is designed to provide accurate and consistent data acquisition across a wide range of environments and applications. Its features enable reliable data capture even in extreme temperature, shock, and vibration environments. Its single-shot and continuous acquisition modes offer flexibility for different data acquisition tasks, while its programmable input range and clock enable high performance for a variety of signal types.

The LMP91050 is an ideal choice for applications that require high performance from both a data acquisition standpoint as well as from a cost point of view. It has proven itself as a great solution for car crash test data acquisition, audio data acquisition, biomedical signal acquisition, and other industrial data acquisition applications.

The device’s wide range of features and low noise performance make it suitable for a variety of signal acquisition and data conversion tasks across a range of environments and applications. With its ability to handle up to four analog signals simultaneously, it provides an excellent solution for applications that require multiple analog signals to be captured and converted in a single device.

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