TLE2141MDRG4

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TLE2141MDRG4 is a linear amplifier that is used in instrumentation, OP amp, and buffer amplifier applications. It is an integrated IC that is used in a wide variety of medical and industrial applications. The TLE2141MDRG4 is an instrumentation amplifier for medical applications. It provides high accuracy and low drift characteristics over a wide supply voltage and temperature range. Its features make it ideal for use in medical instrumentation, such as x-ray systems, sensor systems, ECG systems, and general data acquisition.

The TLE2141MDRG4 includes an input stage, a gain stage, and a high common‐mode rejection ratio (CMRR) of better than 90dB (at 60 Hz). The input stage inclides -3dB cutoff frequency of 1.7MHz and input voltage noise (Vn) of 40nV/√Hz. The gain stage consists of a variable gain amplifier with a gain-bandwidth product of 6.35GHz. The variable gain amplifier provides a gain range of 0.0625 to 4 and a settling time of 2μs. The high common‐mode rejection ratio (CMRR) of 90dB allows for a low distortion even with high common-mode input signals. Additionally, the TLE2141MDRG4 amplifier features a shutdown mode that reduces power consumption by up to 50%.

The TLE2141MDRG4 amplifier operates from a single 5V (or 3V) supply and includes a shutdown mode. The amplifier is capable of supplying a current of up to 5mA. The amplifier uses low noise input stages and includes a low noise feedback network. The input offset voltage, which may be adjusted using an external trim, is only 1mV, and the input bias current is less than 8pA. The TLE2141MDRG4 also provides an open loop gain of 40dB at 1 kHz, a low distortion of 0.002%, and a fast settling time of 2μs (to 0. 1%).

In summary, the TLE2141MDRG4 amplifier is an integrated IC that is used in a wide variety of medical and industrial applications. It provides high accuracy, low drift characteristics, a high common‐mode rejection ratio (CMRR) of better than 90dB (at 60 Hz), and a shutdown mode that reduces power consumption by up to 50%. Its features make it ideal for use in medical instrumentation, such as x-ray systems, sensor systems, ECG systems, and general data acquisition.

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