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ADCs

ADCs

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What is ADCs?

Analog-to-digital converters (ADCs) are electronic circuits that convert continuous analog signals (like voltage or current) to discrete digital numbers. They are essential for digital signal processing, data acquisition, and control systems where real-world analog data needs to be processed by digital circuits or computers. Common uses include converting sensor outputs (temperature, pressure, light) into digital data for control systems, converting audio signals into digital audio for recording and playback, and converting video signals into digital video.

What other technologies are related to ADCs?

ADCs Complementary Technologies

DACs are often used in conjunction with ADCs in mixed-signal systems. They are complementary as ADCs convert analog signals to digital while DACs perform the opposite conversion.
mentioned alongside ADCs in 55% (1.8k) of relevant job posts
ADCs require stable biasing circuits to operate correctly. Therefore, biasing circuits are complementary.
mentioned alongside ADCs in 94% (251) of relevant job posts
ADCs need stable and clean power supplies. LDO regulators help provide this, making them complementary.
mentioned alongside ADCs in 82% (253) of relevant job posts

Which organizations are mentioning ADCs?

Organization
Industry
Matching Teams
Matching People
ADCs
Analog Devices
Scientific and Technical Services
ADCs
Apple
Scientific and Technical Services

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