AD9445 Search Results

AD9445BSVZ-125

Abstract: AD9445BSVZ-105
Contextual Info: Preliminary Technical Data 14-Bit, 105/125 MSPS, A/D Converters AD9445 FEATURES 125 MSPS guaranteed sampling rate AD9445BSV-125 100 dB two-tone SFDR with 30 MHz and 31 MHz 73.5 dB SNR with 70 MHz input (2Vp-p) 77.5 dB SNR with 70 MHz input (2Vp-p) 88 dBc SFDR with 225 MHz input

C1101

Abstract: MA3X716 MA3X71600L 4503m C65 004 SOT-223HS AD9445 AD9445-105 AD9445-125 ANSI-644
Contextual Info: 14-Bit, 105/125 MSPS, IF Sampling ADC AD9445 125 MSPS guaranteed sampling rate AD9445BSV-125 78.3 dBFS SNR/92 dBFS SFDR with 30 MHz input (3.2 V p-p) 74.8 dBFS SNR/95 dBFS SFDR with 30 MHz input (2.0 V p-p) 77.0 dBFS SNR/87 dBFS SFDR with 170 MHz input (3.2 V p-p)

Contextual Info: 14-Bit, 105/125 MSPS, IF Sampling ADC AD9445 FEATURES APPLICATIONS Multicarrier, multimode cellular receivers Antenna array positioning Power amplifier linearization Broadband wireless Radar Infrared imaging Medical imaging Communications instrumentation FUNCTIONAL BLOCK DIAGRAM

Contextual Info: Preliminary Technical Data 14-Bit, 105/125 MSPS, A/D Converters AD9445 FEATURES 125 MSPS guaranteed sampling rate AD9445BSV-125 100 dB two-tone SFDR with 30 MHz and 31 MHz 73.5 dB SNR with 70 MHz input 88 dBc SFDR with 225 MHz input Excellent linearity DNL = ±0.25 LSB typical

Anaren balun

Abstract: AD9445 AD9446 AN-835 AN-905 BD0205F5050A00 ETC1-1-13 balun balun differential to single ADT1-1
Contextual Info: 0404 Balun App. Note ADC Balun Application note ANN-9001 Rev C Page 1 of 16 Using Anaren’s BD0205F5050A00 Balun with Analog Devices, Inc. AD9445 and AD9446 High Speed Data Converters June, 2009 Introduction This application note helps explain the use of Anaren’s multilayer BD0205F5050A00 balun, in

BD0205F5050AHF

Abstract: BD0205F5050A00 Anaren balun balun sma BD0205 AD9445 AD9446 AN-835 AN-905
Contextual Info: 0404 Balun App. Note ADC Balun Application note ANN-9001 Rev B Page 1 of 17 Using Anaren’s BD0205F5050AHF, BD0310E5050AHF Baluns with Analog Devices, Inc. AD9445 and AD9446 High Speed Data Converters Ralph Pokuls – Senior RF Engineer John Woods – RF Development Engineer

AD5561

Abstract: q1p lfcsp 112dbf 080040 08004022
Contextual Info: 2.9 GHz Ultralow Distortion RF/IF Differential Amplifier ADL5561 −3 dB bandwidth of 2.9 GHz AV = 6 dB Low supply current: 40 mA Pin-strappable gain adjust: 6 dB, 12 dB, 15.5 dB Differential or single-ended input to differential output Low noise input stage: 2.1 nV/√Hz RTI at AV = 12 dB

ADA4937-2

Abstract: AD9230 AD9246 AD9445 ADA4937-1
Contextual Info: Ultralow Distortion Differential ADC Driver ADA4937-1/ADA4937-2 –FB 1 13 –VS 06591-001 +IN1 –FB1 –VS1 –VS1 PD1 –OUT1 24 23 22 21 20 19 –IN1 +FB1 +VS1 +VS1 –FB2 +IN2 ADA4937-2 18 17 16 15 14 13 +OUT1 VOCM1 –VS2 –VS2 PD2 –OUT2 06591-002

AGD2

Abstract: OCP2100 schematic diagram vga to av resistor 2491 b5p2
Contextual Info: 41 dB Range, 1 dB Step Size, Programmable Dual VGA AD8372 FEATURES FUNCTIONAL BLOCK DIAGRAM ENB1 AD8372 REF1 IPC1 OPC1 INC1 RXT1 ONC1 CHANNEL 1 POSTAMP CLK2 CLK1 SDO1 SDI1 REGISTERS AND GAIN DECODER LCH1 SDO2 SDI2 LCH2 RXT2 OPC2 IPC2 INC2 ENB2 ONC2 CHANNEL 2

AD8352ACPZ-WP

Abstract: amplifier 10 ghz AD8352 AD9445 CP-16-3 ETC1-1-13 MO-220-VEED-2
Contextual Info: 2 GHz Ultralow Distortion Differential RF/IF Amplifier AD8352 FEATURES FUNCTIONAL BLOCK DIAGRAM VCM VCC BIAS CELL ENB RGP RDP RG VIP CD + VOP – VON RD VIN RDN 05728-001 GND RGN AD8352 44 –65 42 APPLICATIONS –70 40 Differential ADC drivers Single-ended-to-differential conversion

AD9230

Abstract: AD9246 AD9445 ADA4937-1 ADA4937-1YCPZ-R2 MO-220-VEED-2
Contextual Info: Ultralow Distortion, Differential ADC Driver ADA4937-1 –FB 1 14 –VS 13 –VS FUNCTIONAL BLOCK DIAGRAM ADA4937-1 12 PD 06591-001 +VS 8 9 VOCM +VS 7 10 +OUT +FB 4 +VS 6 11 –OUT –IN 3 +VS 5 +IN 2 Figure 1. –55 HD2, HD3, HD2, HD3, –60 –65 VS = 5.0V

Contextual Info: Ultralow Distortion Differential ADC Driver ADA4937-1/ADA4937-2 Data Sheet ADA4937-1 12 PD 9 VOCM 06591-001 +VS 8 10 +OUT +FB 4 +VS 7 11 –OUT –IN 3 +VS 5 +IN 2 24 23 22 21 20 19 +IN1 –FB1 –VS1 –VS1 PD1 –OUT1 Figure 1. ADA4937-1 –IN1 +FB1 +VS1

AD986X

Abstract: AD6633 AD9779 AN-807 AD6654 VGA Splitter block diagram Scrambling code bpf filter 46.08 2 way antenna splitter, circuit diagram AD986X CLOCK
Contextual Info: AN-807 APPLICATION NOTE One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106 • Tel: 781.329.4700 • Fax: 781.461.3113 • www.analog.com Multicarrier WCDMA Feasibility by Brad Brannon and Bill Schofield Some of the possible variations to this architecture

AD7730 weighing scale code example

Abstract: ad7730 example AD7730 program MT-004 ad7730 code AD7730 c code free c code for ad7730 AD7730 circuit Ruscak larry
Contextual Info: MT-004 TUTORIAL The Good, the Bad, and the Ugly Aspects of ADC Input Noise—Is No Noise Good Noise? by Walt Kester INTRODUCTION All analog-to-digital converters ADCs have a certain amount of "input-referred noise"— modeled as a noise source connected in series with the input of a noise-free ADC. Input-referred

AD9445

Abstract: ADA4939-1 ADA4939-2 MO-220-VEED-2
Contextual Info: Ultralow Distortion Differential ADC Driver ADA4939-1/ADA4939-2 –FB 1 With the ADA4939, differential gain configurations are easily realized with a simple external feedback network of four resistors that determine the closed-loop gain of the amplifier. The ADA4939 is fabricated using Analog Devices, Inc., proprietary

AD8000

Abstract: tantalum capacitor avx tutorial MT-101 Tutorial Jerald Graeme AD8099 AD9445 AN-202 AN-342 MT-101 100uF 400V Electrolytic Capacitor 105
Contextual Info: MT-101 TUTORIAL Decoupling Techniques WHAT IS PROPER DECOUPLING AND WHY IS IT NECESSARY? Most ICs suffer performance degradation of some type if there is ripple and/or noise on the power supply pins. A digital IC will incur a reduction in its noise margin and a possible increase

Contextual Info: Ultralow Distortion Current Feedback Differential ADC Driver ADA4927-1/ADA4927-2 ADA4927-1 Differential gain configurations are easily realized using an external feedback network comprising four resistors. The current feedback architecture provides loop gain that is nearly

AD5561

Contextual Info: 2.9 GHz Ultralow Distortion RF/IF Differential Amplifier ADL5561 Data Sheet FUNCTIONAL BLOCK DIAGRAM −3 dB bandwidth of 2.9 GHz AV = 6 dB Low supply current: 40 mA Pin-strappable gain adjust: 6 dB, 12 dB, 15.5 dB Differential or single-ended input to differential output

OPA MHZ

Abstract: transformer OPB 0805LS-102XJBB AD6655 AD8376 AD9246 AD9445 AD9640 ETC1-1-13 8B29
Contextual Info: Ultralow Distortion IF Dual VGA AD8376 FEATURES FUNCTIONAL BLOCK DIAGRAM A4 A3 A2 A1 A0 Dual independent digitally controlled VGAs Bandwidth of 700 MHz −3 dB Gain range: −4 dB to +20 dB Step size: 1 dB ± 0.2 dB Differential input and output Noise figure: 8.7 dB @ maximum gain

R-2521

Abstract: manual SMGU j97 tte ROHDE SCHWARZ SMHU Techtrol Cyclonetics AC100 AD9445 AD9510 AD5346/AD5347/AD5348 AN-501
Contextual Info: AN-835 アプリケーション・ノート 高速A/Dコンバータ（ADC）のテストと評価について 著者：Brad BrannonRob Reeder このFIFOボードは、標準的なUSBケーブルによりPCと接続でき、 ADC Analyzerソフトウェアとともに使用することで、高速ADC

ad9970

Abstract: AD7763 AD7796 AD776x PWM32 AD9461 cds 8 AD9460-80 AD7690 AD9230
Contextual Info: A/D Converter IC アナログ・デバイセズ・ソリューション・ブリテン 2006 年 No.5 本号の内容 信号アクイジションおよび 振動解析用の高性能 24ビットΣΔ ADC ‥‥‥ 2 業界初の小型 MSOP パッケージの 18ビットADC‥ 3

ADL5562

Abstract: ADL5562ACPZ AD6655 AD9246 AD9445 AD9640 E8357A ETC1-1-13
Contextual Info: 3.3 GHz Ultralow Distortion RF/IF Differential Amplifier ADL5562 −3 dB bandwidth of 3.3 GHz AV = 6 dB Pin-strappable gain adjust: 6 dB, 12 dB, 15.5 dB Differential or single-ended input to differential output Low noise input stage: 2.1 nV/√Hz RTI @ AV = 12 dB

A8303

Contextual Info: アプリケーション・エンジニアに 尋ねる— 36 Rob Reeder 著（rob.reeder@analog.com） Jim Caserta 著（jim.caserta@analog.com） –40 –80 3 2 –90 + –100 6 5 SNR: 74.81dBc SNRFS: 75.8dBFS THD: –81.17dBc SINAD: 73.9dBc SFDR: 82.64dBc

Contextual Info: MT-101 指南 去耦技术 何谓正确去耦？有何必要性？ 如果电源引脚上存在纹波和/或噪声，大多数IC都会有某种类型的性能下降。数字IC的噪 声裕量会降低，时钟抖动则可能增加。对于高性能数字IC，例如微处理器和FPGA，电源