IDTADC1215S080HN-C1

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Data Acquisition - Analog to Digital Converters (ADC)

Introduction

The IDTADC1215S080HN-C1 is an analog-to-digital converter (ADC) from Integrated Device Technology. The ADC has a 12-bit resolution and a conversion rate of 15MHz. It is a 3.3V low power ADC that supports sampling rates from 1MSPS to 15MSPS. The ADC is offered in a retail package and is suitable for a wide range of applications including test and measurement, ultrasound, ultrasound imaging, imaging scanners, system monitoring, and industrial control.

Application Areas

The IDTADC1215S080HN-C1 is designed for a wide range of applications requiring an analog-to-digital conversion. It is suitable for applications such as medical imaging, industrial control, and test and measurement. The ADC is able to convert a wide range of input signals from a range of ±50mV to ±2.5V.

Working Principle

The IDTADC1215S080HN-C1 is an analog-to-digital converter that converts analog inputs into digital output. The ADC is designed using a pipeline architecture that allows for low latency and high resolution data conversion. The ADC is designed to convert 12-bit data at a maximum conversion rate of 15 megasamples per second (MSPS). The ADC is powered by a single 3.3V power supply and its input range is from ±50mV to ±2.5V.

The ADC is designed to perform on-chip digital filtering and decimation, which reduces the need for external circuitry and power. The ADC also supports an on-chip reference voltage generator which eliminates the need for an external reference voltage. The ADC also has an on-chip comparator for level detection and a programmable full-scale range. The ADC also has an on-chip temperature sensor for monitoring temperature changes.

Conclusion

The IDTADC1215S080HN-C1 is an analog-to-digital converter that is suitable for a wide range of applications from medical imaging to industrial control. The ADC is powered by a single 3.3V power supply, offers 12-bit resolution, and has a conversion rate of up to 15MSPS. It also features on-chip digital filtering and decimation, an on-chip reference voltage generator, an on-chip comparator for level detection, and a programmable full-scale range. The ADC also has an on-chip temperature sensor for monitoring temperature changes.

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