LTC6268IS8-10#PBF

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LTC6268IS8-10#PBF is an instrumentation amplifier operating in a wide range of frequency ranges and AC/DC bi-directional operations. At just 0.008in (0.203mm) thick, this versatile amplifier is suitable for applications such as accurate current measurements, voltage measurements and data acquisition systems. It is also used in precision force measurement and industrial automation.

The LTC6268IS8-10#PBF has two different operating modes: gain control and AC operation. In gain control mode, users can configure the device to operate with high gain or low gain. In AC operation mode, the amplifier is capable of operating in bi-directional AC/DC signals with high frequency response. The amplifier also offers common-mode rejection of more than 90dB.

The device operates by comparing the sample signal with a precision reference voltage and then providing an output proportional to the difference between the signals. This ensures accuracy in measuring voltage and current signals whilst also providing precise data acquisition. The device has an offset voltage of less than ±1mV and a gain error of less than ±0.0005%.

The device is highly reliable, with a power supply rejection ratio of more than 90dB, and a guaranteed operating temperature range of -45°C to +125°C. This makes the device suitable for a wide range of applications. It is also quite power efficient, as it only requires 2mA of supply current when operating in gain control mode and a minimum of 10mA when operating in AC operation mode.

The operational frequency range of the LTC6268IS8-10#PBF is 1kHz to 3.3MHz, meaning it is suitable for low-frequency applications such as instrumentation amplifiers and data acquisition systems, as well as high-frequency applications such as precision force measurements and industrial automation. It can also be used in medical imaging and communication systems.

The LTC6268IS8-10#PBF\'s miniature packaging and low power requirements make it a great option for applications where size and power are a primary concern. Its wide frequency range, high common-mode rejection, and low offset make it an ideal choice for instrumentation amplifiers and precision current and voltage measurements.

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