Capacitors
共 44 篇文章
Capacitors 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 44 篇文章，持续更新中。
Operational Ampifier Stability 运算放大器的稳定性
<p>Wherever possible the overall technique used for this series will be "definition by example" with<br/>generic formulae included for use in other applications. To make stability analysis e
音频放大器设计
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This design uses Common-Emitter Amplifier (Class A) with 2N3904 Bipolar Junction Transistor.<span style="display:none;" id="__kindeditor_bookmark_start_6__"></span>
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Interference+Mitigation+Techniques
This research work aims at eliminating the off-chip RF SAW filters from fre-<br />
quency division duplexed (FDD) receivers. In the first approach, a monolithic passive<br />
RF filter was constructed
贴片铝电解电容封装库
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贴片铝电解电容封装库
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<span class="fontstyle0">SMD Aluminum Electrolytic Capacitors </span><span class="fontstyle2">VE<br />
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具有宽输入范围的微型单片降压型稳压器
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Automotive batteries, industrial power supplies, distributedsupplies and wall transformers are all sources ofwide-ranging high voltage inputs. The easiest way to stepdown these
pci e PCB设计规范
<p>This document provides practical, common guidelines for incorporating PCI Express interconnect<br />
layouts onto Printed Circuit Boards (PCB) ranging from 4-layer desktop baseboard designs to 10-<
基于Multisim 10的矩形波信号发生器仿真与实现
在Multisim 10软件环境下，设计一种由运算放大器构成的精确可控矩形波信号发生器，结合系统电路原理图重点阐述了各参数指标的实现与测试方法。通过改变RC电路的电容充、放电路径和时间常数实现了占空比和频率的调节，通过多路开关投入不同数值的电容实现了频段的调节，通过电压取样和同相放大电路实现了输出电压幅值的调节并提高了电路的带负载能力，可作为频率和幅值可调的方波信号发生器。Multisim 10仿
单片同步稳压器驱动外部元件负载
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The LTC®3414 offers a compact and efficient voltage regulatorsolution for point of load conversion in electronicsystems that require low output voltages (down to 0.8V)from a
Switching Regulators for Poets
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The above title is not happenstance and was arrived at afterconsiderable deliberation. As a linear IC manufacturer, it isour goal to encourage users to design and build switchin
OPTI-LOOP架构降低输出电容和改善瞬态响应
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Removing output capacitors saves money and boardspace. Linear Technology’s OPTI-LOOPTM architectureallows you to use the output capacitors of your choice andcompensate the
MAX7456在可视倒车雷达中的应用
为解决传统可视倒车雷达视频字符叠加器结构复杂，可靠性差，成本高昂等问题，在可视倒车雷达设计中采用视频字符发生器芯片MAX7456。该芯片集成了所有用于产生用户定义OSD，并将其插入视频信号中所需的全部功能，仅需少量的外围阻容元件即可正常工作。给出了以MAX7456为核心的可视倒车雷达的软、硬件实现方案及设计实例。该方案具有电路结构简单、价格低廉、符合人体视觉习惯的特点。经实际装车测试，按该方案设计
运用LT3092电流源以高线性度来实现温度至电流转换
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One of the fi rst lessons in a basic electronics coursecovers the symbols for resistors, capacitors, inductors,voltage sources and current sources. Althougheach symbol represent
LT1300和LT1301在功率DCDC转换器中的应用
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The design of battery-powered equipment can often bequite challenging. Since few ICs can operate directly fromthe end-of-life voltage from a 2-cell battery (about 1.8V),most sys
按键开关控制器简化系统设计
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Handheld designers often grapple with ways to de-bounceand control the on/off pushbutton of portable devices.Traditional de-bounce designs use discrete logic, fl ipflops, resist
确保电解电容器的寿命长-LED灯泡为例
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Abstract: Electrolytic capacitors are notorious for short lifetimes in high-temperature applications such asLED light bulbs. The careful selection of these devices with proper interpretation of
线性低压差 (LDO) 稳压器解决方案
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We offer a broad line of high performance low dropout (LDO) linear regulators with fasttransient response, excellent line and load regulation, and very wide input voltage rangefrom 0.9V to 100V
陶瓷输入电容可导致过压瞬变
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A recent trend in the design of portable devices has beento use ceramic capacitors to filter DC/DC converter inputs.Ceramic capacitors are often chosen because of theirsmall siz
陶瓷电容器的温度和电压的变化
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Abstract: The reality of modern, small form-factor ceramic capacitors is a good reminder to always readthe data sheet. This tutorial explains how ceramic capacitor type designations, such as X7
基于PIC16LF874单片机的电容测量模块
为提高电容测量精度，针对电容式传感器的工作原理设计了基于PIC16LF874单片机电容测量模块。简单阐述了电容测量电路的应用背景和国内外研究现状，介绍了美国Microchip公司PIC16LF874单片机的特性。电容式传感器输出的动态微弱电容信号通过PS021型电容数字转换器把模拟量数据转换成数字量数据，所测数据由PIC16LF874单片机应用程序进行处理、显示和保存。实验结果表明，固定电容标称值
3-V TO 5.5-V MULTICHANNEL RS-2
<P>The MAX3243E device consists of three line drivers, five line receivers, and a dual charge-pump circuit with±15-kV ESD (HBM and IEC61000-4-2, Air-Gap Discharge) and ±8-kV ESD (IEC61000-4-2, Contact