LTC6085CGN#PBF

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The LTC6085CGN#PBF (LTC6085CGN) is a high-performance, precision instrumentation amplifier with a variety of applications across different industries. It is designed to allow flexibility in the design of circuits, offer a wide range of gain control and high input accuracy. The LTC6085CGN can be easily adapted to many different applications while also providing reliable performance.

The LTC6085CGN is categorized in the Linear - Amplifier - Instrumentation, OP Amps and Buffer Amplifiers. It offers precision amplification for signals of low or high frequency and is ideal for instrumentation, data acquisition, and scientific experimentation. Moreover, it offers a low-noise design and fast settling time, making it ideal for use in detector and transducer instrumentation applications.

The LTC6085CGN has two internally matched input stages, a differential amplifier, and an adjustable gain stage. This allows for a wide range of gain ranges from -90dB to +120 dB with fixed gains from1 to 100 in 1 dB steps. It also has two input pins that accept single-ended or differential inputs with an input voltage range of -2.0V to VDD+2.0V. This makes the LTC6085CGN an ideal instrumentation amplifier which is able to effectively detect and amplify very small signals.

The LTC6085CGN has a high common mode rejection ratio (CMRR), which is an important feature when measuring low-level signals over a wide range of amplitudes. It also has a very low power consumption, with an operating current as low as 0.13mA. In addition, it also has excellent common-mode error (CME) which is a key performance parameter for instrumentation amplifiers. With this feature, the LTC6085CGN is able to effectively reject common-mode noise, thus providing a better signal accuracy.

The LTC6085CGN is a versatile and incredibly efficient amplifier, allowing its use in many different applications. It is suitable for use in medical diagnostics, industrial sensor applications, seismology, geophysical exploration, sound analysis, audio stage monitoring, power supply design, and many other fields. With its version the MCOM package, which comes in a 6-lead MSOP, helps to reduce layout area and increase thermal performance.

The operation of the LTC6085CGN is fairly simple, however, it requires a thorough understanding of gain control, input accuracy, and noise rejection. In a basic configuration, the LTC6085CGN is configured with two single-ended inputs and one output. The differential amplifier covers the input voltage range of ±1.25V and the gain is adjustable with an external resistor. The common-mode rejection ratio (CMRR) is extremely high with the default settings, providing the highest possible signal quality.

In summary, the LTC6085CGN is an ideal instrumentation amplifier. It offers an excellent performance with high input accuracy, wide gain ranges, exceptionally low power consumption, wide power supply range, highly efficient CMRR and CME. Its version in the MCOM package makes it even more suitable for the implementation of very small devices since the 6-lead MSOP package reduces the footprint and increases the thermal performance. All these features make the LTC6085CGN an essential multi-purpose instrumentation amplifier with a variety of applications.

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