双通道CAN
共 36 篇文章
双通道CAN 相关的电子技术资料，包括技术文档、应用笔记、电路设计、代码示例等，共 36 篇文章，持续更新中。
射频集成电路设计John Rogers(Radio Freq
<P>Radio Frequency Integrated Circuit Design</P>
<P>I enjoyed reading this book for a number of reasons. One reason is that it<BR>addresses high-speed analog design in the context of microwave issues.
远程信息处理数字融合--如何应对新兴标准和协议
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Digital convergence, in recent history, has been prevalentin the consumer equipment domain and the designengineers in this area have been struggling with a plethoraof emerging standards and pro
利用数字电位器调整并校准升压型DC-DC转换器
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The purpose of this application note is to show an example of how a digital potentiometer can be used in thefeedback loop of a step-up DC-DC converter to provide calibration and/or adjustment o
校准ADC内部偏移的光学微控制器DS4830
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Abstract: The DS4830 optical microcontroller's analog-to-digital converter (ADC) offset can change with temperature and gainselection. However, the DS4830 allows users to measure the ADC in
寄存器和环路滤波器的设计
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The MAX2870 ultra-wideband phase-locked loop (PLL) and voltagecontrol oscillator (VCO) can operate in both integer-N and fractional-Nmodes, similar to the Analog Devices ADF4350 wideband synthe
双通道通用精密运算放大器评估板
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EVAL-PRAOPAMP-2R/2RU/2RM评估板支持采用SOIC、TSSOP和MSOP封装的双运算放大器。它能以不同的应用电路和配置为用户提供多种选择和广泛的灵活性。该评估板不是为了用于高频器件或高速放大器。但是，它为用户提供了不同电路类型的多种组合，包括有源滤波器、仪表放大器、复合放大器，以及外部频率补偿电路。本应用笔记会给出几个应用电路的例子。<br />
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基于ADuC7061的高精度PLC模拟前端设计
<span id="LbZY">针对于工业PLC模拟信号的采集和输出，本文提出了一种基于ADuC7061的高精度模拟前端设计方案。该系统支持双通道的PLC模拟信号输入并提供一路PLC标准电流输出。该系统在-10~70 范围内达到0.2%的电压测量精度和0.2%的电流输出精度。硬件部分以ADuC7061作为测量和控制核心，配合外围模拟调理电路完成模拟信号的调理、检测和输出，并通过隔离的SPI进行数据
如何选择合适的Logger按钮
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Abstract: For many first-time users, finding the right logger that meets their needs can be a challenging task. In simple
利用数字电位计AD5292构建30V低成本DAC
图1所示电路采用digiPOT+系列数字电位计AD5292、双通道运算放大器ADA4091-2和基准电压源ADR512，提供一种低成本、高电压、单极性DAC。该电路提供10位分辨率，输出电压范围为0 V至30 V，能够提供最高±20 mA的输出电流。AD5292可以通过SPI兼容型串行接口编程。<br />
<img alt="" src="http://dl.eeworm.com/
在单端应用中采用差分I/O放大器
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Recent advances in low voltage silicon germaniumand BiCMOS processes have allowed the design andproduction of very high speed amplifi ers. Because theprocesses are low voltage,
寄生电容在升压变压器中的设计应用
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One of the most critical components in a step-up design like Figure 1 is the transformer. Transformers have parasitic components that can cause them to deviate from their ideal characteristics, a
pwm教程
<P>The equal-area theorem●This is sinusoidal PWM (SPWM)●The equal-area theorem can be appliedto realize any shape of waveforms</P>
<P>●Natural sampling<BR>●Calculation based on equal-area criterion<BR
电台维修模拟训练系统设计方法研究
<span id="LbZY">Methods for designing a maintenance simulation training system for certain kind of radio are introduced. Fault modeling method is used to establish the fault database. The system sets
CAN接口EMC设计标准电路
CAN接口EMC设计标准电路:<br />
<img alt="CAN接口EMC设计标准电路" src="http://dl.eeworm.com/ele/img/177094-120326154135340.jpg" />
如何设计升压转换器MAX17597峰值电流模式控制器
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Abstract: This application note describes how to design boost converters using the MAX17597 peakcurrent-mode controller. Boost converters can be operated in discontinuous conduction mode (DCM)
ISM射频产品的晶体频率计算
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Abstract: Many industrial/scientific/medical (ISM) band radio frequency (RF) products use crystal oscillators to generate areference for the phase-locked loop (PLL)-based local oscillator (LO).
Stabilize Your Transimpedance Amplifier
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Abstract: Transimpedance amplifiers (TIAs) are widely used to translate the current output of sensors like photodiode-to-voltagesignals, since several circuits and instruments c
应用笔记-校准激光驱动器POT和DAC
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Abstract: A laser module designer can use a fixed resistor, mechanical pot, digital pot, or a digital-to-analogconverter (DAC) to control the laser driver's modulation and bias currents. Th
Delta Sigma的ADC桥测量技术
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Sensors for pressure, load, temperature, acceleration andmany other physical quantities often take the form of aWheatstone bridge. These sensors can be extremely linearand stabl
VGA 8:1 multiplexer reference
This reference design (RD) features a fully<BR>assembled and tested surface-mount printed circuit<BR>board (PCB). The RD board utilizes the MAX4885<BR>1:2 or 2:1 multiplexer and other ICs to implement