LTC6401CUD-14#PBF

The LTC6401CUD-14#PBF is a special purpose linear amplifier that provides excellent AC and DC performance over a wide range of frequencies. It has an integrated attenuator and wide band capability to cover a variety of applications. The amplifier has a high drive capability, low noise, and low distortion, making it suitable for high performance audio, RF, and video applications.

The LTC6401CUD-14#PBF has two gain stages. The first is an input buffer amplifier, which provides high input impedance, low power consumption, and low noise. The second gain stage is a differential output stage, which provides high output voltage swing and low distortion. The differential outputs are also capable of driving multiple loads.

The LTC6401CUD-14#PBF offers excellent AC performance with a wide frequency range. The wide -3dB bandwidth extends from DC to 70MHz. It also offers excellent DC performance with a wide power supply range and low distortion. The noise figure is low, making it ideal for high quality audio applications.

The LTC6401CUD-14#PBF\'s integrated attenuator also provides excellent performance. The attenuator is adjustable from 0dB to -30dB and can be used to set the input signal level. This allows easy level matching between the input and output and helps to reduce distortion.

The LTC6401CUD-14#PBF is ideal for a wide range of applications, including audio, RF and video. It is suitable for use in high performance audio amplifiers, wide band filtering, RF amplifiers, and high speed video. It has excellent linearity, low noise, and low distortion, making it suitable for a variety of applications.

The LTC6401CUD-14#PBF is a high performance linear amplifier that provides excellent AC and DC performance over a wide frequency range. Its integrated attenuator and wide band capability make it suitable for a variety of applications, including audio, RF and video. The amplifier has a high drive capability, low noise, and low distortion, making it suitable for high performance audio, RF, and video applications.