LMV851MGE/NOPB

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The LMV851MGE/NOPB is a ground-referenced, low-voltage digital amplifier designed for a wide range of instrumentation applications. It offers excellent noise performance, wide output swing, rail-to-rail input voltage range and low-power consumption. The LMV851MGE/NOPB is also well suited for a variety of audio and video processing applications, including buffers, line drivers, signal conditioning and signal generation. The LMV851MGE/NOPB features an output stage that is capable of driving a wide range of loads, from high capacitance cables to low output impedance loads.

Ideally, the application field of the LMV851MGE/NOPB are applications that require high-accuracy signal conversion, signal processing, signal conditioning, and low-power operation. Its high accuracy makes it perfect for signal conditioners, instrumentation amplifiers, and signal conditioners used in signal processing and test systems. It can also be used in high-speed line drivers, video buffering, and buffer amplifiers.

The LMV851MGE/NOPB also has several key advantages, such as higher linearization, low power consumption, and a wide operating supply voltage range. The chip requires a single +5V supply, with a maximum supply voltage of +18V. In addition, it can be directly powered from a 3.3V supply voltage. The chip offers input-output isolation of up to 10Mbps. This isolation helps to ensure the signal is accurately transmitted between the input and the output stages.

The LMV851MGE/NOPB works by driving a high-impedance, single-ended input, creating a robust and linear output signal. The output voltage is generated using a pseudo-differential technique in which the output voltage is generated by the difference in the voltages between the inverting and non-inverting stages. This pseudo-differential technique allows the LMV851MGE/NOPB to be used in a wide range of applications that require precision and high speed performance. The output voltage can also be adjusted by changing the value of external resistors connected to the device.

The LMV851MGE/NOPB also has programmable gain stages, allowing the user to adjust the gain of the amplifier to match the application and achieve higher accuracy. The gain can be set to any value between 1 and 10. The device also features a gain of up to 6V/V. The device also features low-power mode for applications that require a low power consumption.

The LMV851MGE/NOPB is also ideal for applications that require low-voltage operation. It has a wide supply voltage range of +2.2V to +3.3V, allowing it to operate in a variety of low-voltage and power applications. The device also has a low-power consumption of just 3-10mA, depending on the output current requested. In addition, the device is thermally insensitive and has a low temperature coefficient, making it well suited for low-power and temperature-critical applications.

In conclusion, the LMV851MGE/NOPB is a high-performance, low-voltage digital amplifier that is ideal for a wide range of instrumentation and audio and video processing applications. The device offers excellent noise performance, wide output swing, rail-to-rail input voltage range and low- power consumption. It is also well-suited for a variety of audio and video processing applications, including buffers, line drivers, signal conditioning and signal generation. The LMV851MGE/NOPB also has an output stage that is capable of driving a wide range of loads, from high capacitance cables to low output impedance loads.

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