performance
共 676 篇文章
performance 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 676 篇文章，持续更新中。
如何用XC9500系列 CPLD器件进行设计
To get the best performance from any CPLD, the designer<BR>must be aware of its internal architectur
74FXXXX “Light Load” input products
The Philips Semiconductors 74F “Light Load” product line is a high<BR>performance, TTL bus compatibl
以OPA622和OPA623为例，介绍互调失真（IMD）性能测试
The intermodulation distortion (IMD) performance of<BR>wideband, DC-coupled amplifiers is a relative
QPSK_AWGN
通信信号处理课程项目，QPSK在AWGN传输中的检测性能~-QPSK in the AWGN transmission of the detection performance
通过举例说明IMSA110中后端后处理器的特性
The IMSA110 consists of a high performance configurable array of multiply-accumulators (420 MOPs), t
Designing a High Performance SDRAM Controller Using ispMACH Devices
<P>Designing a High Performance SDRAM Controller Using ispMACH Devices</P>
<P>Synchronous DRAMs hav
CplusplusFootprintAndPerformanceOptimization
书名：C++ Footprint and Performance Optimization
语言：英语
作者：R.Alexander
V0.1.0
学生成绩管理系统，java语言，数据库课程设计-Student performance management system
XC9500XL CPLD器件进行设计
To get the best performance from any CPLD the designer<BR>must be aware of its internal architecture
EMP-850 802.11g Wireless Mini-PCI Module
Module Overview<BR>Elcard 802.11g EMP-850 Mini PCI offers better performance<BR>and enhanced network
宽带转换输入运算放大器简化射频信号的处理过程
When designing high performance systems for RF and video<BR>applications requiring amplifiers, multi
带HIP6006或HIP6007电压模式PWM控制器的DC-DC变换器在固定核心电压微处理器中的应用
Today’s high-performance microprocessors present many<BR>challenges to their power source. High powe
high performance stereo routing switcher
<P>high performance stereo routing switcher</P>
<P>
MC68040V第三代32位低功耗微处理器技术摘要
The MC68040V is a high-performance, 32-bit, 3.3-V, static microprocessor that provides a low-power m
以ADC774为例，介绍接地技术对A D转换器的性能的影响
Obtaining optimum performance from a high-resolution<BR>analog-to-digital converter (ADC) depends up
Atmel产品的资料
■ High Performance, Low Power AVR® 8-Bit Microcontroller
■ Advanced RISC Architecture
–120 Powerful Instructions – Most Single
Clock Cycle Execution
–32 x 8 General Purpose Working Registers
–Ful
重复控制理论在无速度传感器永磁同步电机自学习控制中的应用
This study presents a solution to control a PMSM without sensors. The control method is the presented
superposition principle. This method of sensorless theory is very simple to compute estimated ang
设计运算放大器时防止共模问题
Operational amplifiers and instrumentation amplifiers ICs can provide excellent performance, but some basic application mistakes can degrade the results
switch-mode power supply simulation
Chapter 1. Introduction
Chapter 2. SPICE Modeling of Magnetic Components
Chapter 3. EMI Filter Design
Chapter 4. Buck Topology Converters
Chapter 5. Flyback Converters
Chapter 6. Low-Dropout Line
HIGH FREQUENCY PWM CONTROL IC
<P>The FP5003, a high performance monolithic IC, includes adjustable frequency oscillator and error