LTC1093CSW#TRPBF

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LTC1093CSW#TRPBF is a sample-and-hold amplifier (SHA) from Linear Technology. It provides a high-accuracy, low-noise analog signal that is ready to drive ADC and DAC conversions. This device can be used in a variety of industrial and consumer applications, from audio and video processors to scientific instruments and medical equipment.

LTC1093CSW#TRPBF is based on a switched-capacitor architecture. The input signal is sampled on one of two capacitors and then held until other capacitor switch in to sample the next input. This process oscillates between two capacitors, creating an amplifier that only needs to be triggered once to generate an accurate and stable output signal.

In order to ensure a high-accuracy and low-noise result, the input signal is filtered before it is sampled. This is detected by the device’s two photodiodes. The photodiodes detect whether the signal has been filtered and adjust the current driving the capacitor switches accordingly.

The LTC1093CSW#TRPBF can drive both analog-to-digital and digital-to-analog conversions. For analog-to-digital conversions, the device outputs an analog signal that is ready for 12-bit ADC conversion. For digital-to-analog conversions, the device accepts a 14-bit input and converts it to an analog signal with 12-bit resolution.

At its output, the LTC1093CSW#TRPBF generates a voltage or current signal with a programmable gain that can be adjusted from 1V/V to 100V/V. This allows users to customize the gain based on the application. The output can be configured as a single-ended or differential signal.

The LTC1093CSW#TRPBF is designed to operate with a single supply voltage between 2.5 and 5.5V. It consumes just 2mW, making it suitable for low-power applications. The device is also capable of operating over a wide temperature range from -40°C to 85°C.

In summary, the LTC1093CSW#TRPBF is a sample-and-hold amplifier with a switched-capacitor architecture. It can drive analog-to-digital and digital-to-analog conversions, and features programmable gain, single-ended or differential output, and wide temperature range operation. This makes it suitable for a variety of applications in automotive, medical, industrial, and consumer applications.

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