ADC CHOICE APPLICATION Search Results

MT-022

Abstract: delta modulation tutorial sigma delta Hauser MASH vacuum tube 80 MT-001 analog devices transistor tutorials phillips handbook MASH 1bit
Contextual Info: 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

WIDEBAND ULTRASOUND

Abstract: ADC1410S HVQFN40
Contextual Info: 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

RD1063

Abstract: AND with RC lowpass
Contextual Info: 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

Contextual Info: 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

LPC900

Abstract: P89LPC900 lpc interface schematic NOMOD51
Contextual Info: 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.

AD976AT

Abstract: AD976 AD976A AD976AN AD976B AD976C
Contextual Info: 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

AD976

Abstract: ad976at
Contextual Info: 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

AD976

Abstract: AD976A AD976AAN AD976AN AD976B AD976BN using microcontroller 8051
Contextual Info: 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

AD976

Abstract: AD976A AD976AT using microcontroller 8051 AD976AN AD976B AD976C
Contextual Info: 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

AD976

Abstract: d976
Contextual Info: 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

ad976

Contextual Info: 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

AD976

Contextual Info: 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

Contextual Info: 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

74HC374

Abstract: AD976 AD976A AD976AAN AD976AN AD976B AD976BN c1624
Contextual Info: 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

Contextual Info: 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

A2000

Abstract: GPRT5509A VOICE RECORDER IC programming VOICE RECORDER IC with timer 7.1 speaker system circuit diagram
Contextual Info: 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

SARS diode

Abstract: ADC0831 ADC0832 WM0831 WM0831CD WM0831CP WM0831ID WM0831IP WM0832 WM0832CP
Contextual Info: 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.

HF70ACB

Abstract: HTQFP48 ADT1_1WT LM317MDT TL431CPK ADT1-1WT
Contextual Info: 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

AD974

Abstract: AD974AN AD974AR AD974ARS AD974BN AD974BR AD974BRS 1007D AD974-to-SPI
Contextual Info: 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

AD974

Abstract: AD974-to-SPI AD974AN AD974AR AD974ARS AD974BN AD974BR AD974BRS C3273
Contextual Info: 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

age ac hen nd1

Contextual Info: 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

AD974

Contextual Info: 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

Contextual Info: 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

200Khz bandwidth

Abstract: nyquist ADC12DL066 ADC12L066 ADC12L080 CLC5903
Contextual Info: 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