TLC279CDBRG4

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The TLC279CDBRG4 is a family of quad JFET-input operational amplifiers available in a very small SO-14 package. Capable of operating on single or dual supplies, this low-power device offers output you can swing from rail to rail without latch-up up to a rated bandwidth of 200kHz. Designers looking for a low-power op-amp for measurement instrumentation and signal conditioning among other applications such as portable data acquisition systems and battery-powered circuits stand to benefit from the TLC279CDBRG4.

The TLC279CDBRG4 is classified as a Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps. Its working principle is based on JFET-input biasing and feedback topology. This gives the op-amp excellent performance features. It features a higher open-loop gain, lower input capacitance, and improved output drive. It also offers increased stability and lower noise than traditional operational amplifiers. Besides these, it also offers very good common-mode rejection and wide common-mode input range.

The TLC279CDBRG4 is suitable for various application fields. In measurement instrumentations, it can be used to build high-precision, low-noise amplifiers and sensors, as well as other high-gain and low-output applications. In signal conditioning and software applications, it can be used to construct switches, temperature transmitters, and other low-power or medium-power circuits. It can also be used for power supply regulation, power factor correction, and output buffering for drivers and microcontrollers. It is also very suitable for battery-powered circuits, as it has a low quiescent current and very low power requirements.

The TLC279CDBRG4 offers a wide range of uses and advantages. Its low noise, high open-loop gain, and low input capacitance make it an excellent choice for precision instrumentation and signal conditioning applications, while its low quiescent current and low power requirements make it suitable for battery-powered circuits. Designers can be confident that the TLC279CDBRG4 will perform reliably and with precision in their systems.

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