LME49713HA/NOPB

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LME49713HA/NOPB is a high performance, low noise op-amp. This device is designed for use in precision and data acquisition systems, sensor preamplifier circuits, dc servo control loops, filter and signal conditioning circuits, and other low power amplifiers. It has three common-mode input voltage ranges and three gain bandwidth product options. Low noise, high output current, and high speed make this device ideal for a wide range of applications.

The LME49713HA/NOPB device is used in a variety of instrumentation applications including signal conditioning and sensor amp preamp applications. It is designed to provide excellent performance in both single-ended and differential input configurations. The device features a low input bias current, low offset voltage, and low noise, making it the preferred choice for applications requiring high dynamic range. This device is also available in three gain bandwidth product options, allowing for greater flexibility in the design of systems.

The LME49713HA/NOPB device is intended for use in a wide range of high performance instruments, sensor-related applications, precision data acquisition systems and improved quality audio equipment. It has a maximum operating temperature range of 0°C to 70°C and improves the signal-to-noise ratio of the input signals. The device also provides +-12V dual power supply voltage and provides low power consumption, thereby reducing overall system power consumption.

The LME49713HA/NOPB device consists of two input stages, a differential input amplifier, and an output stage. The differential input amplifier is designed to reduce distortion and increase signal fidelity in single-ended and differential input mode. The output stage provides gain and voltage and current output. The device is temperature compensated and provides protection against reverse polarity power supply connection and over temperature protection.

The LME49713HA/NOPB device has several features which enhance its performance compared to the traditional bipolar and junction FET op-amps. Firstly, this device has a very wide bandwidth, making it useful for design of high-bandwidth systems. Additionally, the input common-mode voltage range and gain bandwidth product options of this device are wider than those of traditional devices, allowing for greater flexibility in the design of precision systems. Finally, the low noise performance of this device is superior to those of other op-amps.

In conclusion, the LME49713HA/NOPB is a high performance, low noise op-amp and is an ideal choice for use in a wide range of applications. This device has many features which make it preferable for use in instrumentation, data acquisition systems, sensor preamplifier circuits, filter and signal conditioning circuits, and other low power amplifier applications. The device features a wide range of features and features a wide gain bandwidth product range, which enable the design of high-bandwidth systems. Additionally, this device offers superior low noise performance, allowing for improved quality and performance.

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