TLC082IDGNR

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The TLC082IDGNR is a high-compensated low-power dual-in-line operational amplifier (OP Amp) which is commonly used in instrumentation, buffer amplifiers and linear amplifiers. It features an exceptionally low power consumption, low operating voltage ranges, a wide temperature range and a wide common-mode and differential-mode voltage range. This makes the TLC082IDGNR an especially suitable device for use in applications where space constraints, wide temperature operation and wide common-mode and differential-mode voltage operation are concerned.

The TLC082IDGNR consists of two amplifiers in one package share a single power supply and a common signal path. It employs complementary metal oxide semiconductor (CMOS) technology and precision bipolar design to provide excellent gain, bandwidth, and stability with a low-noise performance and minimal external components. It acts as a very versatile voltage buffer with low-noise and wide common-mode and differential-mode voltage ranges. It is also often used in linear and instrumentation amplifiers (e.g. data acquisition systems) as well as in filters and signal conditioning circuits, particularly where power efficiency and low-noise performance is important.

The TLC082IDGNR’s operation is based on the principle of using a differential input stage to amplify the raw signal. This is then followed by an adjustable gain stage, which is designed to provide any required gain levels (up to a maximum of 40dB), and an adjustable output stage which is designed to provide up to 13.5V peak-to-peak output. In addition to this, the device has exceptional stability, with guaranteed feedback impedance of 3000Ω for all gains greater than 20dB. The device also has a low-power consumption and can operate over a wide temperature range of -40°C to +85°C.

The TLC082IDGNR is a highly versatile and reliable device which, when used properly, can provide excellent performance and stability across a wide range of applications. In addition to this, its low-power consumption, wide temperature range and common-mode and differential-mode voltage range make it a suitable choice for many applications where space is a concern and/or where stability and wide voltage operation is desirable.

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