Direct Digital Synthesis Tutorial Series 7 of 7

Direct Digital Synthesis Tutorial Series (7 of 7): DDS in Action

Analog Devices Inc

This installment of the DDS Tutorial demonstrates the operation of a DDS.
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이미지제조업체 부품 번호제품 요약속도주문 가능 수량
IC MCU 16/32B 126KB FLSH 64LFCSPADUC7128BCPZ126IC MCU 16/32B 126KB FLSH 64LFCSP41.78MHz40 - 즉시세부 정보 보기
IC MCU 16/32B 126KB FLASH 80LQFPADUC7129BSTZ126IC MCU 16/32B 126KB FLASH 80LQFP41.78MHz25 - 즉시세부 정보 보기
IC MCU 16/32B 126KB FLSH 64LFCSPADUC7124BCPZ126IC MCU 16/32B 126KB FLSH 64LFCSP41.78MHz100 - 즉시세부 정보 보기
IC MCU 16/32B 126KB FLASH 80LQFPADUC7129BSTZ126-RLIC MCU 16/32B 126KB FLASH 80LQFP41.78MHz0세부 정보 보기
PTM Published on: 2012-05-08

관련 제품 교육 모듈

Direct Digital Synthesis Tutorial Series (1 of 7): Introduction An introduction to DDS and its fundamental building blocks which are an accumulator, an angle-to-amplitude converter, and a digital-to-analog converter (DAC).
Process Control The hardware and signal chain elements of process control including examples of where process control systems are used.
AD5933 Impedance-Digital Converter Reduce board space use and nix limitations of traditional discrete methods with this fully integrated, single chip solution impendence to digital converter.

관련 제품 주요 내용

AD5933 12비트 직접 디지털 합성(DDS) 분석기 ADI의 AD5933은 기판 실장형 주파수 생성기와 12비트, 1MSPS 아날로그 디지털 컨버터(ADC)가 장착된 네트워크 분석기입니다.
AD9833 프로그래밍 가능 파형 생성기 ADI의 AD9833은 삼각파, 구형파, 사인파 출력을 생성하는 프로그래밍 가능 파형 생성기입니다.
AD9834/AD9837/AD9838 Low Power DSS ADI’s AD9834, AD9837, and AD9838 low power, programmable waveform generator is capable of producing sine, triangular, and square wave outputs.

관련 기사

Extending Battery Life in Wearable Designs How silicon vendors help wearables designers extend battery life by offering power-frugal displays, MCUs, silicon radios, and power-management chips designed.
Basics of Direct Digital Synthesis A review of the basics of direct digital synthesis (DDS) including components and kits from Analog Devices and Intersil.
Communication in Industrial Networks Each individual industry approached the task of deploying electronic controls on individual pieces of equipment, linking these controls into islands of automation, and finally pulling these islands into a factory-wide network.