AD9625 Search Results

Contextual Info: 12-Bit, 2.5 GSPS/2.0 GSPS, 1.3 V/2.5 V Analog-to-Digital Converter AD9625 Data Sheet FUNCTIONAL BLOCK DIAGRAM AVDD DRVDD DRGND AGND REFERENCE DIGITAL INTERFACE AND CONTROL VCM VIN+ VIN– ADC CORE DDC fS/8 OR fS/16 SERDOUT[0]± SERDOUT[1]± SERDOUT[2]± SERDOUT[3]±

Contextual Info: 12-Bit, 2.5/2.0 GSPS, 1.3 V/2.5 V Analog-to-Digital Converter AD9625 Preliminary Data Sheet FUNCTIONAL BLOCK DIAGRAM AGND REFERENCE DRVDD DRGND DIGITAL INTERFACE AND CONTROL VCM VIN+ VIN– ADC CORE DDC fS/8 OR fS/16 SERDOUT[0]± SERDOUT[1]± SERDOUT[2]±

Contextual Info: AD9625 Evaluation Board Quick Start Guide One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106, U.S.A. • Tel: 781.329.4700 • Fax: 781.461.3113 • www.analog.com Quick Start Guide for testing the AD9625 ADC Evaluation Board using the FPGA based Capture Board HSC-ADC-EVALEZ

AD9625BBPZ-2.0

Contextual Info: 12-Bit, 2.0 GSPS, 1.3 V/2.5 V Analog-to-Digital Converter AD9625 Data Sheet FUNCTIONAL BLOCK DIAGRAM AVDD AGND REFERENCE DRVDD DRGND DIGITAL INTERFACE AND CONTROL VCM VIN+ VIN– ADC CORE DDC fS/8 OR fS/16 SERDOUT[0]± SERDOUT[1]± SERDOUT[2]± SERDOUT[3]±

Contextual Info: Low Distortion, 2.5 GHz, Differential DGA ADA4961 Preliminary Technical Data FEATURES High speed −3 dB bandwidth: 2.5 GHz −1 dB bandwidth: 1.8 GHz Slew rate: 12 V/ns Settling time to 0.1%: TBD ns Overdrive recovery: TBD ns Digitally adjustable gain Voltage gain: −6 dB to +15 dB

Contextual Info: TECHNICAL ARTICLE | Share on Twitter TAMING THE WIDEBAND CONUNDRUM WITH RF SAMPLING ADCS | Share on LinkedIn | Email Abstract Modern electronic warfare EW system developers are facing multiple challenges including increased spectral congestion and surveillance of wider bandwidths at a greater level of detection sensitivity.

ADM707

Contextual Info: High Performance Power Management Products from the Analog Leader analog.com/power High Performance Power Management Products from the Analog Leader Contents Analog Devices has set the standard for high performance signal processing semiconductors for five decades. ADI’s power management products continue that proud tradition, exceeding the high

Contextual Info: 低失真3.2 GHz RF DGA ADA4961 产品特性 VCC4 VCC3 VCC2 VCC1 PM PWUP 功能框图 24 23 22 21 20 19 ADA4961 EXPOSED PAD 17 VOUT+ 0dB TO 21dB ATTEN +15dB 16 VOUT– 3 8 9 10 11 12 13 6 14 DNC NOTES 1. DNC = DO NOT CONNECT. DO NOT CONNECT TO THIS PIN. 12454-001

Contextual Info: Technical Article MS-2677 . JESD204B Subclasses Part 2 : Subclass 1 vs. Subclass 2 System Considerations synchronous clocking. This will be demonstrated when we take a closer look at specific subclass 1 and subclass 2 timing examples. 2.2 Deterministic latency uncertainty (DLU) is the LMFC skew

Contextual Info: TECHNICAL ARTICLE | Join | Tweet Connect A Test Method for Synchronizing Multiple GSPS Converters Shane Foss, applications engineer, and Rob Reeder, applications engineer, Analog Devices, Inc. Abstract Synchronization of multiple converters is useful for such applications such as radar, electronic warfare EW , ultrasound, and other

Contextual Info: Technical Article MS-2660 . Understanding Spurious-Free Dynamic Range in Wideband GSPS ADCs dynamic ratio between the root mean square rms value of the power of a carrier and the rms value of the next most significant spurious signal seen in the frequency domain,

4lead rf amp

Contextual Info: Ultralow Noise, High Rejection Low Dropout Regulators Analog Devices Introduces the World’s Lowest Noise LDO The ADM7154/ADM7155 are ultralow noise LDO low dropout regulators for RF (radio frequency) signal devices. The ADM7154/ADM7155 operate from 2.3 V to 5.5 V, provide up to 600 mA of output current, and support output

Contextual Info: $!%87& 'DA69&DBA3AC95EA9 A6E9& ABC9FDC5 ,AAD69*ABC5 (ADCA ;*8896F<("=#$,#$;$;#%0%2% 3,%= $00#2368970%42$;,2# %3, %#4 ;2=%020%4F7D17;  = $ " +0>%,"0%4 $;%, #/)B

ADM707

Contextual Info: アナログ・デバイセズ 高性能パワー・マネジメント 製品 analog.com/jp/power アナログのリーダーが提供する高性能パワー・マネジメント製品 目次 アナログ・デバイセズはこの 50 年間、高性能シグナル・プロセッシング半導体業界をリードしてきま

Contextual Info: 技术文章 MS-2660 认识宽带GSPS ADC中的无杂散动 态范围 FFT 中的下一个最大有效杂散信号的均方根值之间的动 作者：Ian Beavers | Electronic Design SFDR通常采用功率单位(dBc)，量化为目标载波相对于下一

Contextual Info: Wideband RF Signal Processing Solutions from ADI When GHz Signal Acquisition and Conversion Are Critical, ADI Has the Answer The wideband RF signal processing receiver is driven by the need to acquire, convert, and transfer GSPS data to a digital processor as quickly and accurately as possible. In many defense electronics applications, lives

Contextual Info: 技术文章 MS-2672 JESD204B子 类 第 一 部 分 ： JESD204B子类简介与确定性延迟 作者：Del Jones，ADI公司高速转换器部门应用工程师 简介 毫无疑问，信息时代的标志是收集处理和分发越来越大的 数据块的需求呈现爆炸式的增长。在通信网络领域，这意

Contextual Info: 技术文章 MS-2735 最大程度地扩大软件定义无线电 的动态范围 因此，在开始设计之前，您需要先制定一份检查清单： • 标准有哪些要求？ • 所需的最小和最大信号电平是多少？ 作者：Bob Clarke，系统应用工程经理；Kevin Kreitzer，

Contextual Info: Technical Article MS-2702 . Gigasample ADCs Run Fast to Solve New Challenges seen in frequency and either avoid or remove them in digital postprocessing. Because each ADC core is discrete, there can be a large potential for manufacturing mismatching variance

ADM707

Contextual Info: 高性能电源管理产品 来自模拟产品的领导者 analog.com/zh/power 高性能电源管理产品 来自模拟产品的领导者 目录 ADI公司50年来始终是高性能信号处理半导体器件的标准制定者。ADI的电源管理产品 电源链 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

Contextual Info: Software-Defined Radio Solutions from Analog Devices Software-Defined Radio Architectures Can Simplify Your System Design and Standardize Your Radio Platform Software-defined radio SDR provides a reusable—and, to some extent, “future proof”—radio platform utilizing an RF to baseband

Contextual Info: 技术文章 MS-2708 GSPS数据转换器拯救电子监控 与对抗系统！ 关于如何达到系统指标和已确定的取舍要求，ADC的采样 作者：Duncan Bosworth，ADI公司产品营销工程师 别转换器的最大可观测带宽；SFDR决定可检测的信号电

Contextual Info: 技术文章 MS-2677 JESD204B子类 第二部分 ：子类 1与子类2系统考虑因素 一切器件均不满足SYSREF捕获的设置和保持时间要求 1。 当系统中器件时钟的分布偏斜不受控时便会发生；它会使 最多一个器件的时钟(DCLK)产生不确定性。这种不确定性

Contextual Info: 日本語参考資料 最新版英語技術記事はこちら 技術記事 MS-2677 . これは特定のサブクラス 1 とサブクラス 2 のタイミング例を 調べることで明確になってきます。 JESD204B サブクラス パー ト 2 : サブクラス 1 対サブク