LTC2280CUP#TRPBF

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The LTC2280CUP#TRPBF is a low-drift precision CMOS 8-bit high speed successive approximation analog-to-digital converter (ADC). This device is specifically designed for data acquisition applications that require precision, speed, and good linearity. It is ideal for applications such as precision LVDT/RVDT measurement, accuracy measurement, analog-to-digital conversion of thermocouple signals, and remote fiber-optic data acquisition. The device has 8 single-ended input channels with programmable threshold levels that provide an enhanced dynamic range. It also features a fast serial interface, an on-chip precision reference, and low power consumption.

LTC2280CUP#TRPBF features an auto zero mode, which allows the device to be used for LVDT/RVDT measurements, even with zero-to-span voltage ratios of less than 1 volt. The device has a conversion rate of up to 8 MSPS, allowing faster data acquisition. It also features low-drift, high-speed conversion, making it ideal for ultra-precision measurement applications. The device is designed with a 16-bit internal DAC that allows the reference level to be tailored to the system requirements. The internal reference voltage can be adjusted independently for each of the eight channels.

The LTC2280CUP#TRPBF is based on a successive approximation (SAR) architecture. This SAR architecture is suitable for a wide range of data acquisition applications requiring precision and speed. Unlike other conventional ADCs, the device uses a differential switching circuit, where the switches are programmable, allowing for greater control and flexibility. The device also has a built-in on-chip DAC, allowing for precise adjustment of the reference level. The differential input signals are sampled at the start of a conversion cycle, and the successive approximation is then executed. This ensures that the data acquisition is short and accurate. The digital output of the device can be read serially using a four-wire serial interface.

The LTC2280CUP#TRPBF is a low-drift, low-power, high-precision data acquisition device designed for data acquisition systems that require precision, speed and good linearity. It is suitable for applications such as precision LVDT/RVDT measurements, accurate measurement, analog-to-digital conversion of thermocouple signals, and remote fiber-optic data acquisition. The device is based on a successive approximation architecture and features a 16-bit internal DAC, a fast serial interface, and a low-power consumption.

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