MT-022
Abstract: delta modulation tutorial sigma delta Hauser MASH vacuum tube 80 MT-001 analog devices transistor tutorials phillips handbook MASH 1bit
Text: MT-022 TUTORIAL ADC Architectures III: Sigma-Delta ADC Basics by Walt Kester INTRODUCTION The sigma-delta Σ-Δ ADC is the converter of choice for modern voiceband, audio, and highresolution precision industrial measurement applications. The highly digital architecture is
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MT-022
MT-022
MT-023.
MT-022)
delta modulation tutorial
sigma delta
Hauser
MASH
vacuum tube 80
MT-001
analog devices transistor tutorials
phillips handbook
MASH 1bit
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WIDEBAND ULTRASOUND
Abstract: ADC1410S HVQFN40
Text: NXP single 14-bit, 125 MSPS ADC with CMOS/LVD DDR outputs ADC1410Sxxx Single-channel ADC for high dynamic performance and low power Supporting sample rates up to 125 MSPS, this single-channel, 14-bit ADC provides high accuracy over the full operating range with no missing code, guaranteed. It is an ideal choice
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14-bit,
ADC1410Sxxx
14-bit
HVQFN40
brb352
WIDEBAND ULTRASOUND
ADC1410S
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RD1063
Abstract: AND with RC lowpass
Text: Delta-Sigma ADC October 2009 Reference Design RD1063 Introduction The Delta-Sigma ADC reference design targets the implementation of an analog-to-digital converter in a Lattice PLD. The design can be implemented with few PLD resources and is flexible enough to meet a variety of application requirements. The Delta-Sigma ADC is an excellent choice for monitoring the various sensors and power rails
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RD1063
LCMXO2280C-5FT256C,
1-800-LATTICE
RD1063
AND with RC lowpass
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Untitled
Abstract: No abstract text available
Text: NXP dual 14-bit, 125 MSPS ADC with CMOS/LVDS DDR outputs ADC1412Dxxx Dual-channel ADC for high dynamic performance and low power Supporting sample rates up to 125 MSPS, this dual-channel, 14-bit ADC provides high accuracy over the full operating range with no missing code, guaranteed. It is an ideal choice for communication and
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14-bit,
ADC1412Dxxx
14-bit
HVQFN64
ADC1412Dxxx
brb351
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LPC900
Abstract: P89LPC900 lpc interface schematic NOMOD51
Text: INTEGRATED CIRCUITS ABSTRACT Microcontrollers with on–chip A/D–converters may not be the first choice for extremely cost–sensitive applications. Philips’ LPC family of microcontrollers covers the range from the lowest cost end up to parts with integrated ADC.
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AN10187
LPC900
P89LPC900
lpc interface schematic
NOMOD51
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AD976AT
Abstract: AD976 AD976A AD976AN AD976B AD976C
Text: a FEATURES Fast 16-Bit ADC 200 kSPS Throughput – AD976A 100 kSPS Throughput – AD976 Single 5 V Supply Operation Input Range: ؎10 V 100 mW Max Power Dissipation Choice of External or Internal 2.5 V Reference High Speed Parallel Interface On-Chip Clock
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16-Bit
AD976A
AD976
28-Lead
16-Bit,
kSPS/200
AD976/AD976A
AD976AT
AD976
AD976A
AD976AN
AD976B
AD976C
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AD976
Abstract: ad976at
Text: a FEATURES Fast 16-Bit ADC 200 kSPS Throughput – AD976A 100 kSPS Throughput – AD976 Single 5 V Supply Operation Input Range: ؎10 V 100 mW Max Power Dissipation Choice of External or Internal 2.5 V Reference High Speed Parallel Interface On-Chip Clock
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16-Bit
AD976A
AD976
28-Lead
16-Bit,
kSPS/200
AD976/AD976A
AD976A
ad976at
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PDF
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AD976
Abstract: AD976A AD976AAN AD976AN AD976B AD976BN using microcontroller 8051
Text: a FEATURES Fast 16-Bit ADC 200 kSPS Throughput – AD976A 100 kSPS Throughput – AD976 Single 5 V Supply Operation Input Range: ؎10 V 100 mW Max Power Dissipation Choice of External or Internal 2.5 V Reference High Speed Parallel Interface On-Chip Clock
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16-Bit
AD976A
AD976
28-Lead
16-Bit,
kSPS/200
AD976/AD976A
AD976
AD976A
AD976AAN
AD976AN
AD976B
AD976BN
using microcontroller 8051
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AD976
Abstract: AD976A AD976AT using microcontroller 8051 AD976AN AD976B AD976C
Text: a FEATURES Fast 16-Bit ADC 200 kSPS Throughput – AD976A 100 kSPS Throughput – AD976 Single 5 V Supply Operation Input Range: ؎10 V 100 mW Max Power Dissipation Choice of External or Internal 2.5 V Reference High Speed Parallel Interface On-Chip Clock
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16-Bit
AD976A
AD976
28-Lead
16-Bit,
kSPS/200
AD976/AD976A
AD976
AD976A
AD976AT
using microcontroller 8051
AD976AN
AD976B
AD976C
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AD976
Abstract: d976
Text: ANALOG DEVICES FEATURES Fast 16-Bit ADC 200 kSPS Throughput - AD976A 100 kSPS Throughput - AD976 Single 5 V Supply Operation Input Range: ± 1 0 V 100 mW M ax Power Dissipation Choice of External or Internal 2.5 V Reference High Speed Parallel Interface On-Chip Clock
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OCR Scan
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16-Bit
AD976A
AD976
28-Lead
16-Bit,
kSPS/200
AD976/AD976A
AD976A
AD976/AD976A
d976
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ad976
Abstract: No abstract text available
Text: ANALOG DEVICES FEATURES Fast 16-Bit ADC 200 kSPS Throughput - AD976A 100 kSPS Throughput - AD976 Single 5 V Supply Operation Input Range: ± 1 0 V 100 mW M ax Power Dissipation Choice of External or Internal 2.5 V Reference High Speed Parallel Interface On-Chip Clock
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OCR Scan
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16-Bit
AD976A
AD976
28-Lead
16-Bit,
kSPS/200
AD976/AD976A
AD976/AD976A
ad976
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PDF
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AD976
Abstract: No abstract text available
Text: BACK a FEATURES Fast 16-Bit ADC 200 kSPS Throughput – AD976A 100 kSPS Throughput – AD976 Single 5 V Supply Operation Input Range: ؎10 V 100 mW Max Power Dissipation Choice of External or Internal 2.5 V Reference High Speed Parallel Interface On-Chip Clock
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16-Bit
AD976A
AD976
28-Lead
16-Bit,
kSPS/200
AD976/AD976A
AD976A
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PDF
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Untitled
Abstract: No abstract text available
Text: ANALOG DEVICES FEATURES Fast 16-Bit ADC 200 kSPS Throughput - AD976A 100 kSPS Throughput - AD976 Single 5 V Supply Operation Input Range: ± 1 0 V 100 mW M ax Power Dissipation Choice of External or Internal 2.5 V Reference High Speed Parallel Interface On-Chip Clock
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OCR Scan
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16-Bit
AD976A
AD976
28-Pin
16-Bit,
AD976/AD976A
AD976/AD976A
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PDF
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74HC374
Abstract: AD976 AD976A AD976AAN AD976AN AD976B AD976BN c1624
Text: 16-Bit, 200 kSPS BiCMOS A/D Converters AD976/AD976A a FEATURES Fast 16-Bit ADC 200 kSPS Throughput – AD976A 100 kSPS Throughput – AD976 Single 5 V Supply Operation Input Range: ؎10 V 100 mW Max Power Dissipation Choice of External or Internal 2.5 V Reference
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16-Bit,
AD976/AD976A
16-Bit
AD976A
AD976
28-Pin
AD976/AD976A
74HC374
AD976
AD976A
AD976AAN
AD976AN
AD976B
AD976BN
c1624
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Untitled
Abstract: No abstract text available
Text: 16-Bit, 100 kSPS/200 kSPS BiCMOS A/D Converters AD976/AD976A a FEATURES Fast 16-Bit ADC 200 kSPS Throughput – AD976A 100 kSPS Throughput – AD976 Single 5 V Supply Operation Input Range: ؎10 V 100 mW Max Power Dissipation Choice of External or Internal 2.5 V Reference
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16-Bit,
kSPS/200
AD976/AD976A
16-Bit
AD976A
AD976
28-Lead
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A2000
Abstract: GPRT5509A VOICE RECORDER IC programming VOICE RECORDER IC with timer 7.1 speaker system circuit diagram
Text: GPRT5509A REPEATER FOR LEARNING LANGUAGE 1. GENERAL DESCRIPTION Analog Front End The GPRT5509A is a high-integrity, high-performance integrated circuit for systems. ─ 10bits ADC with 8K/16K sample rate Its low cost, combined with its complete array of functions, makes it the ideal choice for speech recording
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GPRT5509A
GPRT5509A
10bits
8K/16K
16-bits
10-bits
A2000
16Kbps)
VOICE RECORDER IC programming
VOICE RECORDER IC with timer
7.1 speaker system circuit diagram
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SARS diode
Abstract: ADC0831 ADC0832 WM0831 WM0831CD WM0831CP WM0831ID WM0831IP WM0832 WM0832CP
Text: WM0831, WM0832 Production Data Sept 1996 Rev 2.1 8-Bit ADCs with Serial Interface and Differential or Dual Inputs Description Features WM0831 and WM0832 are 8-bit analogue to digital converters ADC with serial I/O interfaces, providing a choice of input configurations in 8-pin SO or DIP packages.
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WM0831,
WM0832
WM0831
WM0832
MS-001(
MS-001)
SARS diode
ADC0831
ADC0832
WM0831CD
WM0831CP
WM0831ID
WM0831IP
WM0832CP
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HF70ACB
Abstract: HTQFP48 ADT1_1WT LM317MDT TL431CPK ADT1-1WT
Text: NXP 12-bit, up to 80 Msps ADC1207S080 for ultra-high IF sampling Catch the fastest signals from the air Our 12-bit analog-to-digital converter ADC ADC1207S080 offers outstanding broadband input capabilities. The ideal choice for single- and multiple-carrier data conversion. And it’s just one from
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12-bit,
ADC1207S080
12-bit
LM317MDT
HF70ACB
HTQFP48
ADT1_1WT
LM317MDT
TL431CPK
ADT1-1WT
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AD974
Abstract: AD974AN AD974AR AD974ARS AD974BN AD974BR AD974BRS 1007D AD974-to-SPI
Text: a FEATURES Fast 16-Bit ADC with 200 kSPS Throughput Four Single-Ended Analog Input Channels Single +5 V Supply Operation Input Ranges: 0 V to +4 V, 0 V to +5 V and ؎10 V 120 mW Max Power Dissipation Power-Down Mode 50 W Choice of External or Internal 2.5 V Reference
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16-Bit
16-Bit,
AD974
28-Lead
RS-28)
AD974
AD974AN
AD974AR
AD974ARS
AD974BN
AD974BR
AD974BRS
1007D
AD974-to-SPI
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AD974
Abstract: AD974-to-SPI AD974AN AD974AR AD974ARS AD974BN AD974BR AD974BRS C3273
Text: a FEATURES Fast 16-Bit ADC with 200 kSPS Throughput Four Single-Ended Analog Input Channels Single +5 V Supply Operation Input Ranges: 0 V to +4 V, 0 V to +5 V and ؎10 V 120 mW Max Power Dissipation Power-Down Mode 50 W Choice of External or Internal 2.5 V Reference
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16-Bit
16-Bit,
AD974
28-Lead
RS-28)
AD974
AD974-to-SPI
AD974AN
AD974AR
AD974ARS
AD974BN
AD974BR
AD974BRS
C3273
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age ac hen nd1
Abstract: No abstract text available
Text: ANALOG DEVICES FEATURES Fast 16-Bit ADC w ith 200 kSPS Throughput Four Single-Ended Analog Input Channels Single +5 V Supply Operation Input Ranges: 0 V to +4 V, 0 V to +5 V and ± 1 0 V 120 mW M ax Power Dissipation Pow er-Down M ode 50 jiW Choice of External or Internal 2.5 V Reference
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OCR Scan
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16-Bit
16-Bit,
AD974
age ac hen nd1
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PDF
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AD974
Abstract: No abstract text available
Text: ANALOG DEVICES FEATURES Fast 16-Bit ADC w ith 200 kSPS Throughput Four Single-Ended Analog Input Channels Single +5 V Supply Operation Input Ranges: 0 V to +4 V, 0 V to +5 V and ± 1 0 V 120 mW M ax Power Dissipation Pow er-Down M ode 50 jiW Choice of External or Internal 2.5 V Reference
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OCR Scan
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16-Bit
16-Bit,
AD974
28-Lead
RS-28)
AD974
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PDF
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Untitled
Abstract: No abstract text available
Text: ANALOG DEVICES FEATURES Fast 16-Bit ADC w ith 200 kSPS Throughput Four Single-Ended Analog Input Channels Single +5 V Supply Operation Input Ranges: 0 V to +4 V , 0 V to +5 V and ± 1 0 V 120 mW M ax Power Dissipation Pow er-Down M ode 50 jiW Choice of External or Internal 2.5 V Reference
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OCR Scan
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16-Bit
AD974
N-28B)
28-Lead
RS-28)
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PDF
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200Khz bandwidth
Abstract: nyquist ADC12DL066 ADC12L066 ADC12L080 CLC5903
Text: Effects and Benefits of Undersampling in High-Speed ADC Applications Published in the May 24, 2004 issue of Design & Elektronik Germany Paul McCormack, National Semiconductor Corporation Fuerstenfeldbruck, Germany Undersampling or violating the nyquist criterion is a technique often utilised in ADC applications. RF
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frequen5903.
200Khz bandwidth
nyquist
ADC12DL066
ADC12L066
ADC12L080
CLC5903
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