LTC6258IDC#TRMPBF

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The LTC6258IDC#TRMPBF is a high precision, low noise, low distortion, high speed single-supply operational amplifier. It is designed for a wide variety of instrumentation, such as high resolution data acquisition, scientific data acquisition, DSP systems, video filters, active filters, and medical applications. The LTC6258IDC#TRMPBF is an ideal solution for applications needing low noise performance, low distortion, and wide bandwidth capability. The device features a gain bandwidth product of 600kHz and an offset voltage of 2mV.

The LTC6258IDC#TRMPBF has a typical quiescent current of 2mA, which is significantly lower than conventional amplifiers. The device features a high noise immunity offering a maximum Input referred noise of 250nV/rt Hz. The input offset voltage is also low and the offset voltage drift is a mere ±50µV/°C. These features make the LTC6258IDC#TRMPBF ideal for various applications requiring high performance and accuracy.

The LTC6258IDC#TRMPBF operates over a wide range of power supply voltages, from ±2.5V to ±16V, and is perfect for high-side, low-side, single-supply and split-supply designs. The wide operating range makes it suitable for any application requiring small signal processing. The device has an internal frequency compensation, making it ideal for most applications. The power supply rejection ratio is also good, ensuring stable gain and offset, while the low harmonic distortion of 0.0015%, with a one Miller load, provides excellent accuracy.

The LTC6258IDC#TRMPBF also has high slew rate and fast settling time, making it suitable for high speed data acquisition applications. The output slew rate is 12V/µs and the maximum output current is ±20mA. The very low output voltage noise floor, typically 0.5µVrms, makes this device highly suitable for high resolution, low noise applications.

The LTC6258IDC#TRMPBF is a versatile operational amplifier offering a variety of features, making it ideal for many instrumentation, OP Amp, buffer amp, and other related applications. Its wide power supply voltage range, high gain bandwidth product and low noise make it suitable for a wide range of applications requiring high precision and accuracy.

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