LTC2294IUP#PBF

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The LTC2294IUP#PBF, a high-speed dual-channel, simultaneous-sampling CMOS analog-to-digital converter (ADC) is suitable for applications such as medical imaging, scientific instrumentation, telecommunications, and process control. Developed by Linear Technology Corporation, the LTC2294IUP#PBF is an 8-bit, 2 MHz resolution device that can be useful in applications that require high sampling rates and resolution.

The LTC2294IUP#PBF can be used to convert two simultaneous analog signals into 8-bit digital data, with a maximum sample rate of 2 MHz. Onboard gain programming is included for each of the two analog inputs, allowing flexibility in the gain selections. The device also features an external clock input, which allows users to synchronize the ADC with an external source.

The LTC2294IUP#PBF is designed to operate from a single +5V power supply. It features a wide operating temperature range, from -40°C to +85°C, and a 10-bit output code. The device is programmed through an internal 8-bit digital control register, which allows users to set various parameters of the converter including the input range and the output code format.

The LTC2294IUP#PBF works by taking two analog input voltage signals and performing an ADC conversion on them in order to produce two 8-bit digital output code words. The two input signals are simultaneously sampled and the ADC conversion is then performed. Afterward, the output code words are serially shifted out in a synchronous manner. The high speed and resolution of the LTC2294IUP#PBF ensures that, even when dealing with fast moving signals, users will be able to accurately capture and convert the input signal.

The LTC2294IUP#PBF is a highly useful tool for applications where simultaneous sampling of two analog input signals is required. Its high-speed, 8-bit resolution, temperature range, and ease of programming make it a great choice for applications such as medical imaging, scientific instrumentation, telecommunications, and process control.

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