单片机一维线阵ccd采集大学论文

本 科 毕 业 论 文（2025 届）题 目单片机一维线阵 CCD 采集学 院理学院专 业光信息科学与技术班 级学 号学生姓名指导老师完成日期摘 要本文讨论了线阵 CCD（电荷耦合器件）驱动控制技术的开发，对软件、硬件原理功能及其实现分别进行了讨论。本课题采纳了东芝系列 TCD1206SUP，设计了 CCD 驱动电路。在本设计中，驱动电路的核心部分是时序脉冲产生电路，采纳 Microchip 公司的PIC16F877A 来完成这部分电路的设计，实现了该驱动系统的可靠性，灵活性特点。本系统使用 PIC 单片机根据所选器件的类型和特点编写程序，产生 CCD 工作所需的复杂驱动时序。设计完成后，对程序进行编译、时序仿真、调试、下载，最后经过实际电路产生波形通过数字示波器检验驱动波形，观察输出波形。关键词：线阵 CCD；PIC 单片机；驱动时序AbstractThis paper studies the linear array CCD (Charge Coupled Device) drive the development of control technology, the software, hardware schematics function and its implementation ware discussed. This topic using the Toshiba series TCD1206SUP designed CCD drive circuit.In this design, the core part of the drive circuit is the timing pulse generating circuit using Microchip’s PIC16F877A to complete this part of the circuit design to achieve the reliability of the drive system, the flexibility characteristics.This system uses a PIC microcontroller programming based on the type and characteristics of the selected device, resulting in a complexity-driven timing of the CCD required. The design is complete, compile the program, timing simulation, debugging, downloading, and finally after the actual circuit to generate the drive waveform of the waveform by a digital oscilloscope test, observe the output waveform.Keywords: linear array CCD; the PIC microcontroller; driven timing目 录第一章绪论...........................................................................................................................11.1 本课题讨论的意义..................