Skip to content

Commit 0af2a2e

Browse files
malivinayakmalivinayak
committed
Update README : Software Used
1 parent 36fc291 commit 0af2a2e

File tree

1 file changed

+97
-72
lines changed

1 file changed

+97
-72
lines changed

‎README.md

Lines changed: 97 additions & 72 deletions
Original file line numberDiff line numberDiff line change
@@ -59,91 +59,91 @@ Self-Correcting message system works for each 11 bits data which are further con
5959

6060
### 1. Window Comparator
6161

62-
<details>
63-
<summary> Circuit Diagram </summary>
64-
65-
<img align="center" src="./img/Circuit/window%20comparator.jpg" alt="Window Comparator">
66-
67-
</details>
68-
69-
<details>
70-
<summary> Output Waveform </summary>
71-
72-
<img align="center" src="./img/Waveform/window%20comparator.svg" alt="Window Comparator">
73-
74-
</details>
62+
> <details>
63+
> <summary> Circuit Diagram </summary>
64+
>
65+
> <img align="center" src="./img/Circuit/window%20comparator.jpg" alt="Window Comparator">
66+
>
67+
> </details>
68+
>
69+
> <details>
70+
> <summary> Output Waveform </summary>
71+
>
72+
> <img align="center" src="./img/Waveform/window%20comparator.svg" alt="Window Comparator">
73+
>
74+
> </details>
7575
7676
<br>
7777

7878
### 2. XNOR of Window Comparator output
7979

80-
<details>
81-
<summary> Circuit Diagram </summary>
82-
83-
<img align="center" src="./img/Circuit/xnor%20of%20WC%20INV%20output.jpg" alt="XNOR of Window Comparator output">
84-
85-
</details>
86-
87-
<details>
88-
<summary> Output Waveform </summary>
89-
90-
<img align="center" src="./img/Waveform/XNOR%20and%20WC%20INV%20output.svg" alt="XNOR of Window Comparator output">
91-
92-
</details>
80+
> <details>
81+
> <summary> Circuit Diagram </summary>
82+
>
83+
> <img align="center" src="./img/Circuit/xnor%20of%20WC%20INV%20output.jpg" alt="XNOR of Window Comparator output">
84+
>
85+
> </details>
86+
>
87+
> <details>
88+
> <summary> Output Waveform </summary>
89+
>
90+
> <img align="center" src="./img/Waveform/XNOR%20and%20WC%20INV%20output.svg" alt="XNOR of Window Comparator output">
91+
>
92+
> </details>
9393
9494
<br>
9595

9696
### 3. Frequency Divider and pulse generator
9797

98-
<details>
99-
<summary> Circuit Diagram </summary>
100-
101-
<img align="center" src="./img/Circuit/Freq%20Divider%20and%20pulse%20generator.jpg" alt="Frequency Divider and pulse generator">
102-
103-
</details>
104-
105-
<details>
106-
<summary> Output Waveform </summary>
107-
108-
<img align="center" src="./img/Waveform/Freq%20Divider%208%20.svg" alt="Frequency Divider and pulse generator">
109-
110-
</details>
98+
> <details>
99+
> <summary> Circuit Diagram </summary>
100+
>
101+
> <img align="center" src="./img/Circuit/Freq%20Divider%20and%20pulse%20generator.jpg" alt="Frequency Divider and pulse generator">
102+
>
103+
> </details>
104+
>
105+
> <details>
106+
> <summary> Output Waveform </summary>
107+
>
108+
> <img align="center" src="./img/Waveform/Freq%20Divider%208%20.svg" alt="Frequency Divider and pulse generator">
109+
>
110+
> </details>
111111
112112
<br>
113113

114114
### 4. Hamming Code Encoder
115115

116-
<details>
117-
<summary> Circuit Diagram </summary>
118-
119-
<img align="center" src="./img/Circuit/Hamming%20Code%20Encoder.jpg" alt="Hamming Code Encoder">
120-
121-
</details>
122-
123-
<details>
124-
<summary> Output Waveform </summary>
125-
126-
<img align="center" src="./img/Waveform/Haming%20Encoder%20Output.svg" alt="Hamming Code Encoder">
127-
128-
</details>
116+
> <details>
117+
> <summary> Circuit Diagram </summary>
118+
>
119+
> <img align="center" src="./img/Circuit/> Hamming%20Code%20Encoder.jpg" alt="Hamming Code > Encoder">
120+
>
121+
> </details>
122+
>
123+
> <details>
124+
> <summary> Output Waveform </summary>
125+
>
126+
> <img align="center" src="./img/Waveform/Haming%20Encoder%20Output.svg" alt="Hamming Code Encoder">
127+
>
128+
> </details>
129129
130130
<br>
131131

132132
### 5. Hamming Code Decoder
133133

134-
<details>
135-
<summary> Circuit Diagram </summary>
136-
137-
<img align="center" src="./img/Circuit/Hamming%20Code%20Decoder.jpg" alt="Hamming Code Decoder">
138-
139-
</details>
140-
141-
<details>
142-
<summary> Output Waveform </summary>
143-
144-
<img align="center" src="./img/Waveform/Haming%20Decoder%20output.svg" alt="Hamming Code Decoder">
145-
146-
</details>
134+
> <details>
135+
> <summary> Circuit Diagram </summary>
136+
>
137+
> <img align="center" src="./img/Circuit/Hamming%20Code%20Decoder.jpg" alt="Hamming Code Decoder">
138+
>
139+
> </details>
140+
>
141+
> <details>
142+
> <summary> Output Waveform </summary>
143+
>
144+
> <img align="center" src="./img/Waveform/Haming%20Decoder%20output.svg" alt="Hamming Code Decoder">
145+
>
146+
> </details>
147147
148148
<br>
149149

@@ -153,27 +153,52 @@ Self-Correcting message system works for each 11 bits data which are further con
153153
<br>
154154

155155
1. [eSim](https://esim.fossee.in/home)
156-
156+
>
157+
> <details>
158+
> <summary> Click here Know More </summary>
159+
>
157160
> eSim is a free and open-sourced EDA tool for circuit design, simulation, analysis and PCB design. It is an integrated tool built using free/libre and open source software such as KiCad, Ngspice, Verilator, makerchip-app, sandpiper-saas and GHDL. eSim is released under GPL.
161+
</details>
158162
159163
2. [KiCad](https://www.kicad.org/)
160-
164+
>
165+
> <details>
166+
> <summary> Click here Know More </summary>
167+
>
161168
> KiCad's Schematic Editor supports everything from the most basic schematic to a complex hierarchical design with hundreds of sheets. It helps to create our own custom symbols or use some of the thousands found in the official KiCad library. We can verify our design with integrated SPICE simulator and electrical rules checker.
169+
</details>
162170
163171
3. [Ngspice](http://ngspice.sourceforge.net/)
164-
172+
>
173+
> <details>
174+
> <summary> Click here Know More </summary>
175+
>
165176
>  Ngspice is a mixed-level/mixed-signal electronic circuit simulator. Ngspice implements three classes of analysis: nonlinear DC analyses, Nonlinear transient analyses, linear AC analyses.
166-
167-
4. [Verilator](https://www.veripool.org/verilator/)
177+
</details>
168178
179+
4. [Verilator](https://www.veripool.org/verilator/)
180+
>
181+
> <details>
182+
> <summary> Click here Know More </summary>
183+
>
169184
>  Verilator is a free and open-source software tool which converts Verilog code to a cycle-accurate behavioral model in C++ or SystemC.
170-
185+
</details>
186+
171187
5. [Makerchip](https://www.makerchip.com/)
188+
>
189+
> <details>
190+
> <summary> Click here Know More </summary>
191+
>
172192
> A web-based IDE that is used to design and simulate digital circuits using Verilog, and the language extension of Verilog, TL-Verilog.
193+
</details>
173194
174195
6. [SkyWater SKY130 PDK](https://skywater-pdk.rtfd.io/)
175-
196+
>
197+
> <details>
198+
> <summary> Click here Know More </summary>
199+
>
176200
> The SkyWater Open Source PDK is a collaboration between Google and SkyWater Technology Foundry to provide a fully open source Process Design Kit and related resources, which can be used to create manufacturable designs at SkyWater’s facility.
201+
</details>
177202
178203

179204
## Acknowlegdements

0 commit comments

Comments
 (0)