创建时间:2022-08-25 15:13:25
创建者:xiaomai
最后修改时间:2022-09-16 02:43:11
课表


创建时间:2022-08-26 22:14:30
创建者 :xiaomai
最后修改时间:2022-11-17 08:56:39

原版书下载



  • 有平板+笔(例如:iPad+iPencil)的同学,可以下载后,在上课的时候跟随老师讲课的步骤,一起进行练习。

腾讯会议:




视频播放(视频合集,以后所有的上课视频都点击该链接)已经更新至第五讲。


习题课1


课堂笔记(供参考)


74HC193

————-

创建者 :xiaomai
创建时间:2022-09-16 02:43:23
创建者 :xiaomai
最后修改时间:2022-09-19 11:21:08
作业1

  • Chap1:
  • Chap2: 1. Convert the following decimal numbers to binary, octal, hexadecimal and BCD numbers.
    123.5 237.125 57.725
    2. Use the 8-bit 2's complement of the following decimal numbers to perform computaion.
    -123-170 -75+65 68+200 89-70
    3. Use BCD numbers of the following decimal numbers to compute the result.
    78+45 89+145
    4. Please give the correct description when the following descriptions are error.

                    * The octal number system is a weighted system with eight digits. 
                    *  The binary number system is a weighted system with two digits. 
                    *  MSB stands for most significant bit.
                    * In hexadecimal, 9+ 1 = 10.
                    * The 1’s complement of the binary number 1010 is 0101.
                    * The 2’s complement of the binary number 1111 is 0000.
                    *  The right-most bit in a signed binary number is the sign bit.
                    * The hexadecimal number system has 16 characters, six of which are alphabetic characters. 
                    *  BCD stands for binary coded decimal.
                    * An error in a given code can be detected by verifying the parity bit.
    

作业2


  • 25 Define the domain of each SOP expression in Problem 23 and convert the expression to standard SOP form.
  • Convert the expression in Problem 23 to standard POS forms.
  • Use Karnaugh Map to simplify the truth tables in Problem 36.
创建者 :xiaomai
创建时间:2022-09-22 02:27:59
创建者 :xiaomai
最后修改时间:2022-09-22 02:42:38

作业3 chap5-6


  1. Write the output expressions for the following circuits and Develop their truth table.
  1. In order to display 0-9, please give the logic circuit for segment d of 7-segment display using the variables ABCD. Note that the "Con't Care" items should be considered.
  1. Design a half-adder via selector 74HC151.
  2. Design a full-adder via decoder 74HC154.
创建者 :xiaomai
创建时间:2022-10-15 02:21:56
创建者 :xiaomai
最后修改时间:2022-10-15 02:31:13
作业4 Chap 7

    1. Create a one-shot using a 555 timer that will produce a 0.5 s output pulse.
创建者 :xiaomai
创建时间:2022-10-20 01:26:59
创建者 :xiaomai
最后修改时间:2022-10-20 07:39:05
Test1


  • 成绩:

创建者 :xiaomai
创建时间:2022-11-05 10:45:13
创建者 :xiaomai
最后修改时间:2022-11-05 10:53:58
Chap 8


创建者 :xiaomai
创建时间:2022-11-05 10:54:07
创建者 :xiaomai
最后修改时间:2022-11-05 11:00:21
Chap 9


创建者 :xiaomai
文章唯一编号:
评论唯一编号:
评论创建时间:
评论修改时间:
留言区:
是否公开:
图片:
版权所有:小麦 (E-mail:nuli199@163.com)
ORCID: ORCID iD icon https://orcid.org/0000-0002-0678-8682
Google Scholar: https://scholar.google.com/citations?user=kxhZfcwAAAAJ&hl=zh-CN
Clicky