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CS5508-BSZR Cirrus Logic Converters - Analog to Digital (ADC) IC 20-Bit 4-Ch ADC
CS5526-BSZR Cirrus Logic Converters - Analog to Digital (ADC) IC 20Bit Delta Sigma Multi-Range ADC
CS5550-ISZR Cirrus Logic Converters - Analog to Digital (ADC) IC 2-Ch Low-Cost 24-Bit ADC
CS5509-ASZR Cirrus Logic Converters - Analog to Digital (ADC) IC Single-Supply 16-Bit ADC
CS5512-BSZR Cirrus Logic Converters - Analog to Digital (ADC) IC 20-Bit 8-Pin Delta Sigma ADC
CS5532-ASZR Cirrus Logic Converters - Analog to Digital (ADC) IC 16-Bit ADCs w/UltraLw Noise PGIA

"Digital to Analog Converter"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: D/A Converter analog Digital Input Bit 9 (MSB) Digital Input Bit 8 Digital Input Bit 7 Digital Input , Analog Ground A/D Converter Reference Voltage A/D Converter + 5 V Supply A/D Converter digital Digital , Clamping D/A Converter Clock Amplitude Clock Frequency Digital Input Voltages Analog Input Voltage at pin , the D/A converter. Pins 4 to 13 - Digital Inputs Bit 9 to Bit 0 The diagram of these pins is shown in , this input. To pin 21 the analog sig nal to be converted into digital is applied. Pin 22 - Clamping -
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ITT Intermetall diode itt switch 6251-306-1E D-7800
Abstract: AD7886 Click on a part to see Datasheet. ANALOG DEVICES CD REFERENCE CATEGORY A/D Converter , AD73311 Click on a part to see Datasheet. ANALOG DEVICES CD REFERENCE CATEGORY A/D Converter , SSM2164 Analog and Digital Audio A/D Converter Sigma Delta, Codecs AD73311 AD73322 Analog and Digital Audio A/D Converter Sigma Delta, Stereo Codecs AD1847 AD1849K Analog and Digital Audio A/D Converter Sigma Delta, High Speed AD1877 AD1879 Click on a part to see Datasheet. ANALOG Analog Devices
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lvdt accelerometer Analog Devices AD7752 strain gauge OP07 REF01 AD594 AD8541 AD215 AD1376 AD5212 AD5215 AD570 AD571 AD573
Abstract: Supply D/A Converter analog 4 Digital Input Bit 9 (MSB) 5 Digital Input Bit 8 6 Digital Input Bit 7 7 , converter. Pins 4 to 13 - Digital Inputs Bit 9 to Bit 0 The diagram of these pins is shown In Fig. 5. They , . To pin 21 the analog signal to be converted into digital is applied. Pin 22 - Clamping Level Input , this capacitor to pin 37. Pin 26 - +5 V Supply A/D Converter Digital This pin is the positive supply pin for the digital part of the A/D converter. Pins 27 to 34 - Digital Outputs Bit 7 to Bit 0 Fig -
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ATV21 D7800 ITT Semiconductors
Abstract: To Digital Audio Converter Analog To Digital Audio Converters Analog To Digital Conversion Analog to Digital Converter Analog to Digital Converters Analog to Digital Convertor Analog to Digital Convertors , Temperature Switches Digital To Analog Audio Converter Digital to Analog Conversion Digital to Analog Converter Digital To Analog Converters Digital to Analog Convertor Digital To Analog Convertors Digital to , Amplifiers Processors MEMS A/D Converters Analog to Digital Vi.nt D to A Converters Microcontroller and Analog Devices
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ADM1062 lvdt sensor LVDT-SENSOR Synchro to digital convertor LVDT sensor for aerospace resolver sensor lvdt accelerometer sensor AN-780 ADM1069 ADM1067 ADM1068/ADM1069
Abstract: not-used inputs should be connected to the ground. + 5-volt Supply D/A Converter, Digital This pin gets the , is the diagram of this input. To Pin 21 is applied the analog signal to be converted into digital , other end of this capacitor to Pin 37. + 5-volt Supply A/D Converter, Digital This pin is the positive supply pin for the digital part of the A/D converter. Digital Outputs Bit 7 to Bit 0 Fig. 11 shows the , with full power frequency components up to 6MHz Into 8-bit digital signals. All digital Inputs and -
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marking H2 5-pin KSV3110 20MSPS
Abstract: Description Analog Output D/A Converter -5V Supply D/A-Analog - 5 V Supply D/A Converter-Digital Digital , the analog part of the D/A converter -5 -v o lt Supply D/A Converter, Digital This pin gets the negative supply for the digital part of the D/A converter. Digital Inputs Bit 9 to Bit 0 This diagram of , connected to the ground. + 5-volt Supply D/A Converter, Digital This pin gets the positive supply for the , is the diagram of this input. To Pin 21 is applied the analog signal to be converted into digital -
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PIN-20 IC DIAGRAM
Abstract: Converter-Digital 23 Clamping Pulse Input 4 Digital Input Bit 9 (MSB) 24 Analog Ground A/D Converter 5 Digital , -0.5 to +5.5 V Input Voltages (analog) vAI -0.5 to +5.5 V Digital Output Applied Voltage VD0 -0.5 to , , Digital This pin gets the negative supply for the digital part of the D/A converter. Pin 4 to 13 Digital , be enabled. Pin 21 Analog Input A/D Converter Fig. 7 is the diagram of this input. To Pin 21 is applied the analog signal to be converted into digital. Pin 22 Clamping Level Input Via this pin, whose -
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vqc 10 d 10KHZ digital converter KSV3110-10 KSV3110-8 KSV3110-9
Abstract: analog part of the D/A converter. Digital Inputs Bit 9 to Bit 0 This diagram of these pins is shown in , Connection Analog Output D/A Converter -5 V Supply D/A Converter-Analog Digital Input Bit 9 (MSB) Digital , diagram of this input. To pin 21 is applied the analog signal to be converted into digital. Clamping Level , 's reference voltage, the other end of this capacitor to pin 37. +5 Volt Supply A/D Converter, Digital This pin is the positive supply pin for the digital part of the A/D converter. Digital Outputs Bit 7 to Bit 0 -
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KSV3100A 24 to 5v dC converter circuit diagram KSV3100ACN10 KSV310QA 39KS1
Abstract: ±2.5V, with a FSR = 5V. Also see: Analog Inputs, Differential Inputs. Refer to a specific A/D converter , analog positive full-scale minus one LSB digital representation is equal to (0111), and the analog , (see Table 2). The digital count continues to increase proportionally to the analog input until the , -bit system). At this point, the digital code corresponds to the analog negative full-scale. The next step in , to the process of changing the input signal to a digital result. When performed by a SAR converter Texas Instruments
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SBAA147A ADS7816 SBAA147
Abstract: measured. Switch D/A Converter Comparator Analog voltage to be measured Figure 1.1 A/D , modulator, and a digital filter. The delta modulator modulates the analog input signal to produce a digital signal. The digital filter subsequently eliminates noise to produce the measured data. Ai (analog , Configuration of a A/D Converter 2.2 Modulator The digital values are produced by comparing an analog , . The above procedure is repeated to convert the analog input into a stream of digital values Renesas Technology
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ADR423 REJ06B0744-0100/R
Abstract: Analog Ground A/D Converter Reference Voltage A/D Converter +5V Supply A/D Converter-Digital Digital , Converter Fig. 7 is the diagram of this input. To pin 21 Is applied the analog signal to be converted into , , the other end of this capacitor to pin 37. Pin 26 +5 Volt Supply AID Converter, Digital This pin is the positive supply pin for the digital part of the AID converter. Pin 27 to 34 Digital , connection for the digital part of the AID converter. Pin 36 +5 Volt Supply AID Converter, Analog This -
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Abstract: converter for Digital Audio. This IC built-in 2 channel AD/ DA converter, and digital and analog filter, so , operation are OFF. Pull-down 3 GNDD â'" Digital GND pin. OV 4 GNDAL â'" Analog GND pin for A/D converter , (a) A/D Converter Digital + Analog Filter Characristic for fs = 44.1 kHz (1) 24k -10 -20 -30 -40 -50 -60 -70 -80 -90 ) 12k 24k 36k freq. (Hz) Fig. 13(b) A/D Converter Digital + Analog Filter Characristic for fs = 44.1kHz(2) 4k 8k 12k freq. (Hz) 16k 20k Fig. 13 (a) D/A Converter Digital + Analog -
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TC9287AF QFP44-P-1010-0 AM51A tc9246 980910EBA1 C9287AF 10//F 4-34-EIE
Abstract: monolithic A/D converter has been designed with separate analog and digital supply and ground pins to keep , differential amplifier to limit the broadband noise going into the HI5767 converter. The converters' digital , the converter to be switched to a three-state high impedance mode. analog input frequency have the , an analog input sample is output to the digital data bus on the 7th cycle of the clock after the , clock generation circuitry, a single-ended to differential analog input amplifier configuration, an on Intersil
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HI5767EVAL1 10k pot switch HA5127 HFA1109 ICL8069 AN9822 20/40/60MSPS ISO9000
Abstract: Corporation, semiconductor, A/D, Analog to Digital Converter, Narrow Band, Communications The HI5767EVAL1 , converter, the digital data representing an analog input sample is output to the digital data bus on the 7th , and digital supply and ground pins to keep digital noise out of the analog signal path. The evaluation , for the digital output data and it should be pointed out that the load presented to the converter , connector P2. The A/D converters OE control input pin allows the digital output data bus of the converter to Intersil
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HI576
Abstract: and digital supply and ground pins to keep digital noise out of the analog signal path. The , digital output data and it should be pointed out that the load presented to the converter digital output , corresponding output of the last stage flash converter before applying the result to the digital error , the pipeline nature of this converter, the digital data representing an analog input sample is output to the digital data bus on the 7th cycle of the clock after the analog sample is taken. This time Intersil
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HI5667EVAL2 HI5667 AN9854 60MSPS 1-800-4-HARRIS
Abstract: the package. [Q] But there will be a ground loop when I join the digital ground to DGND and the analog , the digital circuitry within the converter, not because it should be connected to the system digital , properly. The return currents from digital inputs to the converter will be small, since converters are , How to use High Speed Data Converters Eur.Ing. James M. Bryant MIEE (Analog Devices) Scott , grounding, supply decoupling, and analog and digital interfaces. In general, the faster the circuit the more Analog Devices
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walt Kester
Abstract: Corporation, semiconductor, A/D, Analog to Digital Converter, Narrow Band, Communications The HI5767EVAL2 , HI5767 monolithic A/D converter has been designed with separate analog and digital supply and ground pins to keep digital noise out of the analog signal path. The evaluation board provides separate low , data corresponding to a particular analog input sample will be available at the digital outputs of the , presented to the converter digital output data signals, D0 - D9, should not exceed the data sheet CMOS drive Intersil
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AN9762
Abstract: converter, the digital data representing an analog input sample is presented on the digital data output , The HI5804 monolitic A/D converter has been designed with separate analog and digital supply and ground pins to keep digital noise out of the analog signal path. The evaluation board provides separate , evaluation board includes sample clock generation circuitry, a single-ended to differential analog input , /D converter with digital error correction. Figure 1 depicts the circuit for the converters Intersil
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HI5804EVAL 74ALS574 AN9647 50WVDC
Abstract: the internal DI A converter subsides during that period of time the analog output is connected to , output of the AID is a digital representation of this signal and is applied to the HDD-1409 D/A converter , . The GATE input shown in Figure 3 causes the analog output of the converter to be "on" for 25% of the , is inherent in a digital approach to the problem. Digital FDM/TDM Translation The analog filter , digital data into "clean" analog voltages and accomplishes it with maximum power dissipation of only 600 Analog Devices
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HDD-1409KM HAS-1409KM HAS-1409
Abstract: monolithic A/D converter has been designed with separate analog and digital supply and ground pins to keep , differential amplifier to limit the broadband noise going into the HI5767 converter. The converters' digital , an analog input sample is output to the digital data bus on the 7th cycle of the clock after the , clock generation circuitry, a single-ended to differential analog input amplifier configuration, an on , digital data outputs are conveniently provided for easy interfacing to a ribbon connector or logic Intersil
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analog inverters circuit diagram DSP based sinewave inverter
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