Chip

自适用滤波器设计的FPGA的实现 南开大学微电子系 华为项目资金支持-Since the application of filter design FPGA realization of Nankai University, Department of Microelectronics Huawei project funds to support

h.264中熵编码中基于上下文的算术编码的实现，此文完成了结构的设计，其较新颖。-h.264 entropy coding based on the context of the realization of arithmetic coding, the article completed the structural design, its more innovative.

我们要重点关注的是搜索树（search tree），并要深入探讨树结构的两个标准（tree structure），本章主要是解释二叉搜索树（binary search tree），以及下一章要讨论的AVL平衡树（AVL tree）。这两个数据中的植树是按顺序排列的，它们之间的区别在于一个平衡的AVL树，二叉搜索树都不是。

CH341 general usb-serial/pp interface.specification document -CH341 general usb-serial/pp interface.specification document

单端反激式开关电源具有结构简单、输入输出电气隔离、电压升／降范围宽、易于多路输出、可靠性高、造价低等优点，广泛应用于小功率场合。然而，由于漏感影响，反激变换器功率开关管关断时将引起电压尖峰，必须用钳位电路加以抑制。由于RCD钳位电路比有源钳位电路更简洁且易实现，因而在小功率变换场合RCD钳位更有实用价值。 -Single-ended flyback switching power supply with a simple structure, input and output electrical isolation, voltage up/down range, easy to multi-output, high reliability and low cost, widely used in low-power occasions. However, due to leakage effects flyback converter power switch off when the voltage spike caused by the need to be inhibited by clamping circuit. RCD clamp circuit as a result of active-clamp circuit than the more concise and easy to realize, and in low-power transform RCD clamp occasions more practical value.

S3C2443 Power Management

arm_tracerII_v2.0说明书-arm_tracerII_v2.0 brochures

SHT10官方c程序样例，SHT10官方c程序样例-SHT10 official sample c program, SHT10 official sample c program

SoC系统设计的复杂性，要求更有效的手段来完成仿真，验证及软硬件结合等任务。SoC设计平台应运而生。本文以智原科技的SoCreative! A320设计平台为例，介绍了如何使用SoC设计平台进行快速有效的SoC开发设计-SoC system design complexity, require more effective means to complete the simulation, and the combination of hardware and software validation, and other tasks. SoC Design Platform emerged. Based on the original technology-SoCreative! A320 design platform as an example. on how to use the SoC design platform for the rapid and efficient development of SoC Design

这是基于操作系统中系统的调度程序，列举了两种算法一种是优先数算法，一种为基于时间片轮转的调度算法-This is based on the operating system scheduler, listed the two algorithms is a priority number algorithm, as a Web-based time-scheduling algorithm