LTC2337HMS-18#PBF

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The LTC2337HMS-18#PBF from Linear Technology is a high-speed, low-power 16-bit nozzle cost-effective SAR (successive approximation register) ADC with an integrated track/hold amplifier and a configurable input range close to AIN+ peak-to-peak range. The analog input and digital output are both PCM compatible. It is suitable for applications that require high accuracy and high speed, such as medical imaging, industrial sensing, automotive, rail and defense.

The LTC2337HMS-18#PBF operate in either low-noise asynchronous or synchronous operation. The low noise of the device is especially useful in audio and medical imaging applications. The device employs a successively-shorter-bit-searching algorithm and a charge-redistribution structure which enables fast conversion rate of up to 80 MSPS with very low clock jitter. By supporting resolutions as low as 8-bits, the LTC2337HMS-18#PBFTM also offers improved conversion efficiency compared to traditional SAR ADC. The user-selectable 5.6V reference output provides all the power that is needed to operate the ADC.

The ADC\'s high sampling speeds help prevent data loss in the high-speed input signal, significantly reducing the amount of extra processing required to extract the desired information. The device has zero latency, thus allowing fast and accurate measurement of large signals. In addition, the large signal range and low oversampling requirement make it ideal for applications that require wide dynamic range with excellent linearity and low noise.

The LTC2337HMS-18#PBFTM is an ideal solution for low-cost, low-power data acquisition systems that require high-resolution performance and accuracy. Its small size and high accuracy also make it suitable for medical imaging, imaging spectrometers and other scientific and industrial applications. With its high SNR and low THD, and operation across extended temperatures, the device is ideal for medical, automotive and industrial applications that require accuracy and reliability.

The working principle of the LTC2337HMS-18#PBF is based on the successively-shorter-bit-searching algorithm. This algorithm enables fast conversion rates of up to 80 MSPS with very low clock jitter. The device uses a comparison loop to compare the amplitude of the analog input signal to the reference voltage. Through successive passes of the comparison loop, the output digital code is generated in each clock cycle. The device also implements a charge-redistribution technique which ensures that the ADC retains its resolution even when sampling at very high input frequencies.

In summary, the LTC2337HMS-18#PBFTM is a low-cost, low-power 16-bit SAR ADC with an integrated track/hold amplifier and a configurable input range. It is suitable for medical imaging, imaging spectrometers, automotive, rail and defense applications. Through its successive-shorter-bit-searching algorithm and charge-redistribution structure, it achieves a fast conversion rate of up to 80 MSPS with very low clock jitter. The device\'s high SNR, low THD and extended temperature support make it suitable for a wide range of data acquisition applications.

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