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Digital Electronics is an important subject, common for Electrical, Electronics, and Instrumentation Engineering students. It deals with the theory and practical knowledge of Digital Systems and how they are implemented in various digital instruments. This App have been developed based on the latest GATE syllabus and will be useful for Electronics Engineering students as well as for GATE, IES and other PSU exams preparation.

Digital Electronics is an Electronics that uses binary numbers of 1 and 0 to represent information

1. Number Base System
1.1 Logic Operations
1.2 Mathematical Operations
1.3 Building Circuits with Breadboards
1.4 Digital Logic Gates
2. Logic Gates
2.1 Logic Gates/Fundamental Digital Gates
2.2 Logic Gates/Combinational Gates
2.3 Logic Gates/Basic Logic Gates Summary
2.4 Logic Gates Summary
3. Digital Device
3.1 Mathematic and Logic Operations
3.2 Synchronous Device
3.3 Asynchronous Device
4. Digital Signal Processing
4.1 Digital Data
4.2 Data Encoder
4.3 Data Selector
5. Digital Controllers
5.1 Controller Concepts
5.2 Arduino
5.3 Blinking Light
6. Communication Standards
6.1 Open Standards
6.2 ANSI
6.3 ISO

Some of the topics Covered in the app are: 

1. Decimal System
2. Binary System
3. Representing Binary Quantities
4. Octal and Hexadecimal System
5. Binary-To-Decimal and Decimal-to-binary Conversion
6. Binary-To-Octal / Octal-To-Binary Conversion
7. Hexadecimal to Decimal/Decimal to Hexadecimal Conversion
8. Binary-To-Hexadecimal /Hexadecimal-To-Binary Conversion
9. Floating-Point Numbers
10. Binary Codes
11. Non Weighted Codes
12. Binary - Gray Code Conversion
13. Gray Code - Binary Conversion
14. Gray Code Applications
15. Alphanumeric Codes-ASCII code
16. EBCDIC code
17. Seven-segment Display Code
18. Error Detecting Codes
19. Error Correcting Codes.
20. Boolean Switching Algebras
21. Boolean Algebra Theorems
22. Minterms and Maxterms
23. Sum Of Products (SOP) and Product Of Sum (POS)
24. AND-Logic Gate
25. OR-Logic Gate
26. NOT-Logic Gate
27. NAND-Logic Gate
28. NOR-Logic Gate
29. XNOR-Logic Gate
30. Universal Gates
31. Realization of logic function using NAND gates
32. Realization of logic gates using NAND gates
33. Realization of logic function using NOR gates
34. Realization of logic gates using NOR gates.
35. Tristate Logic Gates
36. AND-OR-INVERT Gates
37. Schmitt Gates
38. Karnaugh Maps
39. Minimization Technique
40. 2-Variable K-Map
41. Grouping/Circling K-maps
42. Example of 2-Variable K-Map groups
43. 3-Variable K-Map
44. Example of 3-Variable K-Map
45. 4-Variable K-Map
46. Example of 4-Variable K-Map
47. 5-Variable K-Map
48. QUINE-Mccluskey minimization
49. QUINE-Mccluskey minimization Method-Example
50. Multiplexer
51. 2x1 Multiplexer
52. Design of a 2:1 Mux
53. 4:1 MUX
54. 8-to-1 multiplexer from Smaller MUX
55. 16-to-1 multiplexer from 4:1 mux
56. De-multiplexers
57. Mechanical Equivalent of a De-Multiplexer
58. 1-to-4 De-multiplexer
59. Boolean Function Implementation using Mux and de-Mux
60. 3-variable Function Using 4-to-1 mux
61. 2 to 4 Decoder using Demux
62. Arithmetic circuits-Adders
63. Full Adder
64. Full Adder using AND-OR
65. n-bit Carry Ripple Adder
66. 4-bit Carry Ripple Adder
67. Carry Look-Ahead Adder
68. BCD Adder
69. 2-digit BCD Adder
70. Subtracter
71. Full Subtracter
72. Parallel Binary Subtracter
73. Serial Binary Subtracter.
74. Comparators
75. Encoders
76. Decimal-to-Binary Encoder
77. Priority Encoder
78. Introduction to Sequential Circuit
79. Concept of Sequential Logic
80. Input enable signals
81. RS Latch
82. RS Latch with Clock
83. Setup and Hold Time
84. D Latch
85. JK Latch
86. T Latch
87. R-S Flip-Flop with Active LOW Inputs
88. R-S Flip-Flop with Active HIGH Inputs
89. R-S Flip-Flop Implementation with NOR gates
90. Clocked R-S Flip-Flop
Digital Electronics is part of electronics engineering education courses and technology degree programs of various universities.
数码电子是一个重要的课题，共同为电气，电子和仪器工程专业学生。它涉及的理论和数字系统的实用知识，以及他们如何在各种数字设备来实现。根据最新的考试大纲GATE此应用已经开发，将成为电子工程的学生，以及用于门，IES等PSU准备考试有用。

数码电子是使用的1二进制数和0来表示信息的电子

1.数字基本系统
1.1逻辑操作
1.2数学运算
1.3大厦电路与面包板
1.4数字逻辑门
2.逻辑门
2.1逻辑门/基本数字门
2.2逻辑门/合流盖茨
2.3逻辑门/基本逻辑门摘要
2.4逻辑门摘要
3.数字设备
3.1数学和逻辑操作
3.2同步设备
3.3异步设备
4.数字信号处理
4.1数字数据
4.2数据编码器
4.3数据选择器
5.数字控制器
5.1控制器概念
5.2的Arduino
5.3闪烁的光
6.通信标准
6.1开放标准
6.2 ANSI
6.3 ISO

一些在应用程序讨论的主题有：

1.十进制系统
2.二元体系
3.代表二进制数
八路和十六进制
5.二进制到十进制和十进制到二进制转换
6.二进制到八路/八路到二进制转换
7.十六进制到十进制/十进制转换为十六进制转换
8.二进制到十六进制/十六进制到二进制转换
9.浮点数
10.二进制码
11.非加权码
12.二进制 - 格雷码转换
13.格雷码 - 二进制转换
14.格雷码的应用
15.字母数字代码，ASCII码
16. EBCDIC代码
17.七段显示代码
18.检错码
19.纠错码。
20.布尔代数切换
21.布尔代数定理
22小项和最大项
23.总产品（SOP）和产品的总和（POS）
24. AND-逻辑门
25. OR-逻辑门
26. NOT-逻辑门
27. NAND-逻辑门
28. NOR-逻辑门
29. XNOR逻辑门
30.通用盖茨
使用NAND门逻辑功能的实现31。
使用NAND门的逻辑门32.实现
使用NOR门逻辑功能的实现33。
34.实现使用逻辑门NOR门的。
35.三态逻辑门
36. AND-OR-INVERT盖茨
37.施密特·盖茨
38.卡诺图
39.最小化技术
40. 2-变量K-地图
41.编组/盘旋K-地图
42. 2-变量K-地图组的实施例
43. 3-变量K-地图
44. 3-变量K-地图的实施例
45. 4-变量K-地图
46. 4-变量K-地图的实施例
47. 5变量K-地图
48.奎因-Mccluskey太太最小化
49.奎因-Mccluskey太太最小化方法，例
50.复用器
51. 2×1多路复用器
1多路复用器：2的52设计
53. 4:1 MUX
54. 8至1多路复用器从较小MUX
55. 16到1多路转换器从4：1多路复用器
56.解复用器
57.解复用器功当量
58. 1至4解复用器
使用多路复用器和去复用器59布尔函数的实现
60. 3-可变功能使用4到1多路复用器
多路分离器利用61. 2至4解码器
62.算术电路，加法器
63.全加器
64.全加器使用AND，OR
65. n位进位串行加法器
66. 4位进位加法器纹波
67.先行进位加法器
68. BCD加法器
69. 2位BCD加法器
70.减法
71.全减
72.并行二进制减法
73.串行二进制减法。
74.比较
75.编码器
76.十进制到二进制编码器
77.优先编码器
78.介绍时序电路
时序逻辑的概念79.
80.输入使能信号
81. RS锁存器
82. RS锁存器，带有时钟
83.建立和保持时间
84. D锁存
85. JK锁存
86.Ť锁存
87. R-S触发器与低电平有效输入
88. R-S触发器与Active HIGH输入
89. R-S触发器执行与NOR门
90.时钟控制R-S触发器
数码电子是电子工程教育课程和各大学的技术学位课程的一部分。


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