LME49724MR/NOPB

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LME49724MR/NOPB is a dual monolithic amplifier that is unique from other devices under Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps, due to its extensive electrical specifications, a wide range of output power, and its ability to work with a variety of applications. Its application fields include test and measurement sensors, RF power amplifiers, audio systems, automotive electronics, and medical equipment.

The device is built using two amplifiers in a single package. Each amplifier consists of two complementary transistors, an input stage and an output stage, that are connected in cascade. The input stage operates as a differential amplifier, and its output is connected to the base of the output transistor. The output stage consists of two complementary transistors, which act as a voltage amplifier. The voltage difference between the input and output stages is amplified to generate the output signal.

The device is also equipped with several features to ensure optimal performance. It features a wide bandwidth of 916 MHz, a low noise figure of 1.3dB, a high slew rate of 36 V/us, and a high-level slew rate of 56 MHz. Additionally, the quiescent power consumption is low enough to be used in battery-powered devices.

LME49724MR/NOPB also features an additional feature that makes it an ideal choice for certain applications. The device is designed to operate at both single and dual supplies with an extremely low offset voltage of 20 μV maximum. This allows for operation in a wide range of applications, including medical and automotive electronics, which require a higher voltage level for a given output power.

The device is also equipped with short circuit protection and over-temperature protection. This makes it suitable for a wide range of applications, such as medical and automotive electronics, where the device could be exposed to harsh environmental conditions. The device is also able to operate at temperatures ranging from -40°C to +85°C.

In short, the LME49724MR/NOPB is an ideal choice for a wide range of applications, due to its low power consumption, wide bandwidth, low offset voltage, and protection features. The device is also suitable for applications where higher voltage levels are required, due to its ability to operate at both single and dual supplies. Its features make it a reliable and robust component for a range of applications.

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