LMH6611MKE/NOPB

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The LMH6611MKE/NOPB is a fully differential input amplifier and can be used in a variety of applications. In particular, it is popular for instrumentation, OP Amps, and buffer amp applications. It is used both as a single amplifier and to provide gain in a differential stage.

The LMH6611MKE/NOPB is a high speed, single-supply operational amplifier with a low noise, wide bandwidth and high input impedance capability. It is designed for low voltage operation and incorporates both high current output and rail-to-rail input and output stages. It is symmetrical in operation with the input and output stages the same across both the positive and negative inputs.

The LMH6611MKE/NOPB has a low input offset current which can be adjusted with a temperature coefficient of 0.05mV/V/C. This makes it easy to design circuit compensation, ensuring extreme accuracy. The LMH6611MKE/NOPB also features low distortion, with a distortion coefficient of 0.15% THD at 1.3MHz, making it ideal for audio applications where low distortion is essential.

The LMH6611MKE/NOPB features a gain bandwidth (GBW) of 200MHz and a slew rate of 500V /µs. This makes it well suited for high speed applications such as amplifiers for radio frequency radio receivers and amplifiers for low noise instrumentation amplifiers. It also has a high common mode rejection of 70dB, making it ideal for applications that require a high degree of common mode rejection.

The operating voltage of the LMH6611MKE/NOPB can vary over a range of 1.8 to 10V. This makes it suitable for use in a wide variety of circuit configurations. The typical power dissipation is also very low, at 8mW at the specified supply voltage. This makes the device able to operate on very low voltage, making it ideal for use in portable systems.

The LMH6611MKE/NOPB is designed for a range of applications. It can be used as a single amplifier or as a gain stage in a differential stage. It is suitable for audio, low noise instrumentation, and high speed signal applications. It is noteworthy for its combination of low noise, wide bandwidth, and high input impedance. The combination of low power dissipation and low input offset current makes it a great choice for portable or low voltage applications.

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