TLE2024BMDW

OP Amps

The TLE2024BMDW is a dual-channel precision low-power operational amplifier with unique polarization capabilities. It operates from a single supply as low as 2.7V and takes only 5mA of power, making it ideal for applications in battery-powered systems. The TLE2024BMDW features low noise and very low quiescent current, high-precision open-loop gain, low-skew outputs with excellent output drive capability, and very wide supply voltage range. It also features high-input impedance, low residual DC offset, and low gain drift. The TLE2024BMDW offers enhanced temperature stability and temperature-compensated operation, making it well-suited for long-term operation in a wide variety of environments.

The main application of the TLE2024BMDW is in instrumentation and automotive systems, as its low power consumption, wide supply voltage range, high-precision gain, low noise and low quiescent current ensure reliable operation over time. Additionally, the amplifier can be used in low-power signal conditioning systems and audio applications. It can also be used in medical instruments and portable devices, due to its low power consumption and wide supply voltage range.

The TLE2024BMDW is a dual-channel operational amplifier which works using an input differential amplifier, an output common-mode amplifier, an output common-mode buffer, and an internal voltage divider. The two amplifier inputs are connected to pins 1 and 7, and the amplifier outputs are connected to pins 6 and 8. The input differential amplifier compares the differential signals between pins 1 and 7 and amplifies the difference. The output common-mode amplifier takes the output of the differential amplifier and subtracts the output voltage from the voltage of its negative terminal. This is done to reduce the noise from the signal. The output common-mode buffer then amplifies the output of the common-mode amplifier to achieve the desired output voltage. The internal voltage divider is connected to the split rail voltage and provides a reference voltage to the common-mode amplifier. This reference voltage ensures the amplifier\'s output is independent of the rail voltage.