{"id":3035,"date":"2021-01-11T16:14:06","date_gmt":"2021-01-11T16:14:06","guid":{"rendered":"http:\/\/mp4gain.com\/mp4gain\/?p=3035"},"modified":"2021-01-11T16:14:06","modified_gmt":"2021-01-11T16:14:06","slug":"how-are-adc-and-dac-organized-and-operated-part-1","status":"publish","type":"post","link":"https:\/\/mp4gain.com\/mp4gain\/how-are-adc-and-dac-organized-and-operated-part-1\/","title":{"rendered":"How are ADC and DAC organized and operated? Part 1"},"content":{"rendered":"

How are ADC and DAC organized and operated? Part 1<\/strong><\/p>\n

\"DAC\"<\/p>\n

There are mainly three ADC designs:<\/p>\n

\"DAC\"<\/p>\n

 <\/p>\n

– parallel: the input signal is compared simultaneously with the reference
\nlevels by a set of comparison circuits (comparators), which are formed in
\nthe output is a binary value. In such ADC, the number of comparators is (2
\nraised to the power of N) – 1, where N is the digit capacity of the digital code (by eight times
\ninline – 255), which does not allow increasing the bit depth above 10-12.<\/p>\n

– successive approximation – the converter using the auxiliary
\nThe digital DAC generates a reference signal that is compared to the input signal.
\nThe reference signal is changed sequentially by half
\ndivision (dichotomy), used in many convergence methods
\nXia seeks applied mathematics. This allows you to complete the conversion.
\nfor the number of clock cycles equal to the width of the word, regardless of size
\ninput sign masks.<\/p>\n

– with time interval measurement – a large group of ADCs using
\nto measure the input signal various level conversion principles
\nin proportional time intervals, whose duration is
\nIt is controlled by a high frequency clock generator. Sometimes called
\nThey are also counting ADC.<\/p>\n

Among ADCs with time interval measurement, the following three prevail
\ntype:<\/p>\n

– sequential counting or simple integration
\n(single slope): the generator starts on every conversion cycle
\nLinearly increasing voltage, which is compared to the input.
\nTypically this voltage is obtained from an auxiliary DAC, such as an ADC.
\nsuccessive approximations.<\/p>\n

– double integration (double slope) – in each conversion cycle
\nthe input signal charges the capacitor, which is then discharged to discharge
\nReference voltage point with measurement of discharge duration.<\/p>\n

– tracking: a variant of the sequential counting ADC, in which the generator
\nthe reference voltage torus does not reset every cycle, but changes
\nchanges it from the previous value to the current one.<\/p>\n

The most popular version of the Tracking ADC is Sigma-Delta, which is
\noperating at a frequency Fs, significantly (64 or more times) higher
\nthe sampling frequency Fd of the digital output signal. The comparator is
\nth ADC produces reduced bit depth values \u200b\u200b(usually one bit –
\n0\/1), whose sum in the sampling interval Fd is proportional to the
\nface countdown. The sequence of low bit values \u200b\u200bis subject to
\ndigital filtering and frequency reduction (decimated), in
\nresulting in a series of reads with a given bit depth and time
\nthe same sampling Fd.<\/p>\n

To improve the signal-to-noise ratio and reduce the influence of quantum errors
\nvaniya, which in the case of a one-bit converter gives
\narbitrarily high, the noise shaping method is applied through
\nerror feedback and digital filtering circuits. As a result
\napplying this method, the shape of the noise spectrum changes so that the main
\nnoise energy is shifted to the region above half the frequency Fs, inadvertently
\nmost of it remains in the lower half, and most of the noise
\nremoved from the original analog signal band.<\/p>\n

DACs are mainly based on two principles:<\/p>\n

– weighing – with the sum of weighted currents or voltages, when
\nyes, each bit of the input word introduces a corresponding binary
\nweight contribution to the total value of the received analog signal; such
\nDACs are also called parallel or multibit (multibit).<\/p>\n

– Sigma-Delta, according to the operating principle, reverse ADCs of the same type. Entry-
\ndigital signal undergoes significant retransmission (64x or more)
\ncretization and fed to the modulator, which forms low bits (usually
\nsingle bit values) processed by the Noise Shaping method (usually
\nimplemented using a digital filter and error feedback).
\nResulting low bit counts drive the dispensing circuit
\nreference loads, which are added with the same high frequency to
\nexit sign.<\/p>\n

The types of DACs that produce a true 1-bit stream are called a bit stream.
\n(bit stream) or PDM (pulse density modulation)
\npulses). A slightly different type is a pulse width DAC
\nmodulation (PWM, pulse width modulation, PWM), when the circuit is selected
\nki-storage of an analog signal, pulses of constant amplitude are emitted
\nand variable duration, controlling the dosage of the output
\nload. MASH converters (Multi-stAge
\nNoise modeling: Matsushita’s multi-stage noise modeling). In them
\na feedback signal is received by several training schemes at the same time by mistake
\nnoise, which controls the width of the output pulse.<\/p>\n","protected":false},"excerpt":{"rendered":"

How are ADC and DAC organized and operated? Part 1 There are mainly three ADC designs:   – parallel: the input signal is compared simultaneously with the reference levels by a set of comparison circuits (comparators), which are formed in the output is a binary value. In such ADC, the number of comparators is (2 … Continue reading “How are ADC and DAC organized and operated? Part 1”<\/span><\/a><\/p>\n","protected":false},"author":1,"featured_media":0,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"","format":"standard","meta":{"footnotes":""},"categories":[1],"tags":[51223,51227,51222,51224,51242,51228,51225,51233,51200,51231,51226,51236,51238,58656,51229,51239,51240,51230,51234,51221,51247,51243,51215,51244,51245,51241,51232,51216,51217,51218,58657,58658,51246,51220,51248,51250,58659],"class_list":["post-3035","post","type-post","status-publish","format-standard","hentry","category-audio-video","tag-digital-to-analog-converter-audio","tag-digital-to-analog-converter-box","tag-digital-to-analog-converter-circuit","tag-digital-to-analog-converter-formula","tag-digital-to-analog-converter-is-an-application-of","tag-digital-to-analog-converter-pdf","tag-digital-to-analog-converter-ppt","tag-digital-to-analog-converter-walmart","tag-do-digital-to-analog-converters-work","tag-do-i-need-a-digital-to-analog-converter-box","tag-do-i-need-digital-to-analog-converter","tag-how-digital-to-analog-converter-works","tag-how-do-digital-to-analog-converters-work","tag-how-does-a-digital-to-analogue-converter-work","tag-how-does-digital-to-analog-converter-work","tag-how-to-connect-digital-to-analog-converter","tag-how-to-make-digital-to-analog-converter","tag-make-a-digital-to-analog-converter","tag-need-of-digital-to-analog-converter","tag-what-are-digital-to-analog-converters","tag-what-digital-to-analog-converter","tag-what-does-a-digital-to-analog-converter-box-do","tag-what-does-digital-to-analog-converter-do","tag-what-is-a-digital-to-analog-converter-for-audio","tag-what-is-a-dtv-digital-to-analog-converter","tag-what-is-digital-to-analog-audio-converter","tag-what-is-digital-to-analog-converter","tag-what-is-digital-to-analog-converter-mcq","tag-what-is-digital-to-analog-converter-pdf","tag-what-is-digital-to-analog-converter-box","tag-when-to-use-digital-to-analog-converter","tag-where-digital-to-analog-converter-is-used","tag-where-to-buy-digital-to-analog-converter","tag-which-digital-to-analog-converter-is-best","tag-why-digital-to-analogue-converter","tag-why-do-i-need-digital-to-analog-converter","tag-why-use-digital-to-analog-converter"],"yoast_head":"\nHow are ADC and DAC organized and operated? Part 1 - mp4gain.com<\/title>\n<meta name=\"robots\" content=\"index, follow, max-snippet:-1, max-image-preview:large, max-video-preview:-1\" \/>\n<link rel=\"canonical\" href=\"https:\/\/mp4gain.com\/mp4gain\/how-are-adc-and-dac-organized-and-operated-part-1\/\" \/>\n<meta property=\"og:locale\" content=\"en_US\" \/>\n<meta property=\"og:type\" content=\"article\" \/>\n<meta property=\"og:title\" content=\"How are ADC and DAC organized and operated? Part 1 - mp4gain.com\" \/>\n<meta property=\"og:description\" content=\"How are ADC and DAC organized and operated? Part 1 There are mainly three ADC designs:   – parallel: the input signal is compared simultaneously with the reference levels by a set of comparison circuits (comparators), which are formed in the output is a binary value. In such ADC, the number of comparators is (2 … Continue reading "How are ADC and DAC organized and operated? 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