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ADC12762 - 12-Bit/ 1.4 MHz/ 300 mW A/D Converter

General Description

Using an innovative multistep conversion technique, the 12-bit ADC12762 CMOS analog-to-digital converter digitizes signals at a 1.4 MHz sampling rate while consuming a maximum of only 300 mW on a single +5V supply.

Key Features

  • two sample-and-hold/flash comparator sections which allow the converter to acquire one sample while converting the previous. This pipelining technique increases conversion speed without sacrificing performance. The multiplexer output is available to the user in order to perform additional external signal processing before the signal is digitized. When the converter is not digitizing signals, it can be placed in the Standby mode; typical power consumption in this mode is 250 µW. Features n Built.

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Full PDF Text Transcription for ADC12762 (Reference)

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ADC12762 12-Bit, 1.4 MHz, 300 mW A/D Converter with Input Multiplexer and Sample/Hold June 1999 ADC12762 12-Bit, 1.4 MHz, 300 mW A/D Converter with Input Multiplexer and ...

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2762 12-Bit, 1.4 MHz, 300 mW A/D Converter with Input Multiplexer and Sample/Hold General Description Using an innovative multistep conversion technique, the 12-bit ADC12762 CMOS analog-to-digital converter digitizes signals at a 1.4 MHz sampling rate while consuming a maximum of only 300 mW on a single +5V supply. The ADC12762 performs a 12-bit conversion in three lower-resolution “flash” conversions, yielding a fast A/D without the cost and power dissipation associated with true flash approaches.