TLC27M2BIDG4

TLC27M2BIDG4 is a type of integrated circuit (IC) that falls into the categories of Linear-Amplifiers, Instrumentation-OP-Amps, Buffer-Amps. It is a low power monolithic Operational Amplifier that has been designed to meet the requirements of a wide variety of applications for general purpose. It is commonly used in high speed data acquisition systems, audio signal processing, and instrumentation amplifiers.

The TLC27M2BIDG4 is an absolute maximum 5V dual Operational Amplifier, consisting of CMOS input and bipolar output characteristics. Its excellent CMRR allows it to continue to deliver accurate signals even in presence of large input signals. The amplifiers feature low voltage operation and very low input bias currents. The power consumption is low, with a supply current of 350uA typ and extends the battery life in battery operated system.

The TLC27M2BIDG4 is an excellent choice when it comes to performance versus power consumption. It has a wide common mode range and works with supply volts up to +7V and down to -3V. With its wide bandwidth and low distortion, it is ideal for streaming high speed data applications, audio amplification, and has excellent linearity in data converters. Other features include high Slew Rate of 17V/µs, Current Noise of 0.9pA/√Hz, and Power Supply Rejection Ratio of 70dB.

The working principle of the TLC27M2BIDG4 is relatively simple: it is a differential amplifier that amplifies the difference between two input signals, and produces an output that is proportional to the magnitude of the difference between the two input signals. When no difference is present, the output will remain at zero. This is known as zero offset, or the \'no-input condition\'. Depending on the application, the output can be either a single ended or differential signal. The negative supply pin, -VEE, is used to control the output voltage range.

The TLC27M2BIDG4 is ideally suited for numerous applications such as data acquisition and conversion systems, high speed audio processing, battery powered low power applications, instrumentation amplifiers, level shifting, and programmable power amplifiers. Its low power consumption, low input bias current, wide operating temperature range, excellent CMRR, and wide common mode range make it an ideal choice for applications where low power, low distortion, and high input impedance is required.