Completed Circuits
FOSSEE Project in collaboration with VLSI System Design (VSD) Corp. Pvt. Ltd and the Ministry of Education, Govt. of India conducted a 2-weeks high intensity eSim Circuit Design and Simulation Marathon using Skywater 130nm technology, a fully open source process design kit. Close to 3000+ students from all over India participated in this Marathon and close to 200+ students completed this marathon with brilliant circuit design ideas. The following participants have successfully completed designing the circuits. More details about this event can be found here: https://hackathon.fossee.in/esim/2021.
No | Circuit Name | Participant Name | Institute |
---|---|---|---|
138 | Design and Analysis of a 2-input NAND Gate in 130 nm CMOS Technology | Soham Sen | Amity University Kolkata |
137 | CMOS Used As NAND Application | Hrishikesh Badiger | KLE Technological University |
136 | THREE PHASE INVERTER | Mohamed Abdullah | St. Xavier’s Catholic College of Engineering |
135 | CMOS NAND GATE | Cornilious v.g | St.Xaviers Catholic College of Engineering |
134 | Conversion of JK flip-flop to D flip-flop using CMOS-NOT Gate. | Sidhant priyadarshi | KLE Technological University |
133 | Low power and High speed 1 bit full adder circuit | Ayush Bhardwaj | KIET Group of Institutions Ghaziabad |
132 | CMOS Schmitt Trigger | Kalaiarul S | PSG college of technology |
131 | A Conventional 2 input CMOS NAND gate circuit | Vineet Gahlan | Dronacharya College of Engineering |
130 | NAND Gate Design | Sumanto Kar | FR. CONCEICAO RODRIGUES COLLEGE OF ENGG. |
129 | D Flip Flop | A.Saniya | KLE TECHNOLOGICAL UNIVERSITY |
128 | DESIGN AND ANALYSIS OF 2 INPUT NAND GATE USING 180nm CMOS TECHNOLOGY | Jittin Varghese Mathew | ASSSAM DON BOSCO UNIVERSITY |
127 | CMOS NAND Gate Circuit | Bhavana khanapur | KLE Technological University-Hubballi |
126 | two stage operational amplifier | n devi shivani | Anurag university |
125 | Implementation of a 8-bit CMOS Wallace Tree Multiplier | Karthik M B | Maven Silicon VLSI Training Center |
124 | Low Voltage CMOS Schmitt Trigger | SIBANI SASMALA | Maharaja Surajmal Institute Of Technology |
123 | Two Input NOR gate using CMOS | Yogeshwary Shinde | D.Y Patil Institute of Technology , Pimpri |
122 | Design of 2 bit Parity Generator using Pseudo NMOS logic | Mahisha.B.M | R.M.K.Engineering College |
121 | A Low Power 7T SRAM cell using Supply Feedback Technique CMOS | Vivek Arya | IIIT Allahabad |
120 | Design of 1-bit full adder using CMOS mirror logic | Bhawarth Gupta | Bharati Vidyapeeth College of Engineering Pune |
119 | Dynamic charge sharing comparator | Anmol Saxena | Dhirubhai Ambani Institute of Information and Communication Technology |
118 | 1-bit NP-CMOS Dynamic Full Adder | John Johnson V | National Institute of Technology Calicut |
117 | double edge pulse triggered JK flip flop | S SHIVA SHANKAR REDDY | AMRITA VISHWA VIDYAPEETHAM |
116 | FULL ADDER USING CMOS | Dilip D | VELALAR COLLEGE OF ENGINEERING AND TECHNOLOGY |
115 | Portable Mobile Charger for outdoor trips | Aishik Das | University of Calcutta. |
114 | Positive Edge triggered D Flip Flop using Clocked MOS logic (Dynamic) | Tarush Singh | MCT rajiv gandhi institute of technology |
113 | Design of 4:1 Multiplexer using Transmission gates | Jyoti Balappa Halkarni | KLE Technological University |
112 | NMOS Schmitt trigger SRAM | Yash Bettgeri | Veermata Jijabai technological Institute |
111 | 3_Stage_CMOS_Ring_Oscillator | Vikhas V | Sri Sivasubramaniya Nadar College of Engineering |
110 | NMOS Wilson Current Mirror | Nalinkumar S | Madras Institute of Technology Campus, Anna University |
109 | D Flip-Flop using CMOS | Jacintha Beena Mathias | Mangalore Institute Of Technology And Engineering |
108 | 4-bit Carry Lookahead Adder | Aman Verma | University of Allahabad |
107 | Schmitt Trigger | DILIP BOIDYA | Tezpur University |
106 | Cmos XNOR gate | Adarsh S Shetty | Mangalore Institute of Technology and Engineering |
105 | CMOS Transmission Gate | Minautee | MIT World Peace University |
104 | Design and Analysis of two input NAND gate | MANJUNATHA | yenepoya institute of technology |
103 | 8x4 right Barrel Shifter using NMOS pass transistor logic | Inderjit Singh Dhanjal | K. J SOMAIYA COLLEGE OF ENGINEERING |
102 | Two Stage CMOS Operational Amplifier | R.V.Rohinth Ram | Madras Institute of Technology Campus, Anna University |
101 | BGR using cascode current mirror | Priyanka L Patil | KLE Technological University Hubballi (India) |
100 | Design and Analysis of DIBO Differential Amplifier | Aditya Kalyani | Indian Institute of Technology, Dharwad |
99 | 3T DRAM Cell | Aastha Dave | Birla Institute of Technology and Science Pilani, Hyderabad |
98 | Phase Frequency Detector for Phase locked loops | G Victor Swaroop | VNR Vignan Jyothi Institute of Engineering and Technology |
97 | 3-bit resistor string DAC | T AKSHAYA | BITS Pilani Hyderabad Campus |
96 | Single Stage Operational Amplifier Using CMOS | Rithwik Jangam | Graphic era (Deemed to be University) |
95 | Low Power SRAM Cell | Vignesh Bharadwaj | BITS Pilani Hyderabad Campus |
94 | Half Adder | Shraddha Jayant Teli | KLE Technological University |
93 | Bandgap Voltage reference using OP-AMP architecture. | Vineet P N | KLE Technological University, Hubballi |
92 | Design of a Current Mirror Circuit in 130 nm CMOS Technology | Soham Sen | Amity University Kolkata |
91 | CMOS Design of 2:1 Multiplexer Using Complementary Pass Transistor log | Preetam Kumar | IIT Delhi |
90 | D FLIP FLOP USING TRANSMISSION GATES | DHATRISH TEWARI | NIT JALANDHAR |
89 | CMOS Differential cascade voltage switch logic(DCVSL) XOR-XNOR | Krishnamoorthy R | SRM Easwari engineering college |
88 | Operational Amplifier | Rohini Nandkumar Mhatre | Don Bosco Institute Of Technology |
87 | Design and Analysis of Two Stage CMOS Operational Amplifier | Abhishek Singh Kushwaha | Indian Institute of Information Technology, Dharwad |
86 | Design and Analysis of SR Flipflop | Chinmaya Nilakantha Naik | Mangalore Institute of technology and Engineering |
85 | Five -Stage CMOS Ring Oscillator | HIMANSHU BHATT | Mangalore Institute of Technology and Engineering |
84 | 8 bit Successive-approximation-register Analog-to-Digital Converter | K Navaneeth | N.M.A.M Institute of Technology, Nitte |
83 | Low Noise Low Power Amplifier for Biomedical Applications | Mohammad Shama Parveen | Vignan's Institute for Science, Technology and Research |
82 | CMOS NOR Gate using SKYwater 130nm technology | ABU MAHAMED ADIL | ASSAM DON BOSCO UNIVERSITY |
81 | Design and Analysis of Two Input NOR Gate | Abhishek Bhat | Mangalore Institute of Technology and Engineering, Moodabidre |
80 | Design and Analysis of Half Adder | Nikethan Poojary | Mangalore Institute of Technology and Engineering |
79 | 2:1 MULTIPLEXER USING PASS TRANSISTOR LOGIC | SOUVIK CHATTERJEE | KALYANI GOVERNMENT ENGINEERING COLLEGE |
78 | CMOS AS AN INVERTER CIRCUIT | Sudeshna Pahari | INSTITUTE OF RADIOPHYSICS AND ELECTRONICS, UNIVERSITY OF CALCUTTA |
77 | TWO INPUT XOR GATE USING CMOS 130nm | FATIMA SHABIR ZEHGEER | government college of engineering and technology ganderbal kashmir |
76 | CMOS NAND GATE USING 130NM TECHNOLOGY | Ilka Shawl | Government College of Engineering and Technology, Ganderbal, Kashmir |
75 | Implementation of 3 Stage Ring Oscillator Using CMOS | Ratul Chakraborty | University of Calcutta |
74 | 2:1 MUX USING CMOS LOGIC | MOHAMED TOUSIF | ATRIA INSTITUTE OF TECHNOLOGY |
73 | Design of CMOS Transmission Gate based 4:1 MUX using SKY130 PDK | Supriya Khatoniar | Tezpur University |
72 | Transmission Gate Based Full Adder | Raghav Verma | Dronacharya Group of Institutions |
71 | CMOS NOR Gate | Amulya Narkhede | Ramrao Adik Institute of Technology |
70 | ONE BIT MIRROR ADDER WITH SKY130nm PDK & eSim tool | Shalini Kanna | University of Massachusetts Lowell |
69 | 4 bit Binary to gray code converter using 2x1 MUX | Komal M Madikar | KLE Technological University |
68 | SRAM cell using TRIMODE MTCMOS power and ground gated technique | Ganesamoorthy B | Chegg India Pvt Ltd |
67 | MIRROR WITH MULTIPLE OUTPUTS | Kiran K Mudhol | KLETECH UNIVERSITY HUBLI |
66 | Design of Low Transconductance OTA | Mulpuri Divya | Vignans Institute for Science Technology and Research |
65 | DESIGNING AND IMPLEMENTATION OF SR FLIP-FLOP USING SKY130 Technology | Joji Jose | Government Engineering College, Idukki |
64 | 4-Bit Parity Generator | S Sai Venkata Kishan Kumar | IIIT, Tiruchirappalli |
63 | RING OSCILLATOR | Tattukolla Gowthami | Vignan's Foundation for Science, Technology & Research |
62 | DESIGN OF 2-4 DECODER IN DIFFERENT CMOS LOGIC STYLES. | Pallepogu Divya | Vignan's Foundation for Science, Technology & Research. |
61 | NOR Gate - CMOS Technology. | Angelyn Sweety.I | St.Joseph's College of Engineering, OMR, Chennai. |
60 | 2-INPUT CMOS NAND GATE | Harish krishna R | PSG College of Technology |
59 | Design of Exclusive-OR Gate using CMOS and SKY130 PDK technology | Mohammad Khalique Khan | Aliah University, Kolkata |
58 | 4 Bit Binary to Gray code converter using Transmission Gate | Gyanvi Agarwal | Maharaja Surajmal Institue of Technology |
57 | Audio Power Amplifier | UPPALA BHARGAVA SAI | VNR VIGNANA JYOTHI INSTITUTE OF ENGINEERING AND TECHNOLOGY |
56 | Low power NAND gate based full subtractor using CMOS Technology | AAKASH.M | Easwari Engineering College |
55 | 2:1 multiplexer using CMOS 130nm technology | SAYEEDURRAHMAN | ZHCET, Aligarh Muslim University |
54 | Analysis of CMOS Inverter | RAUNAK GIRI | Assam Engineering College |
53 | Multiplexer based design of Half Adder | Bindu Vaishnavi | VNR VJIET |
52 | NMOS Differential Amplifier | Ajay Kumar Sahu | NIT Jamshedpur |
51 | Symmetric CMOS NOR Gate | Sruthi Priya D.M | Easwari Engineering college |
50 | A D-Type Flip-Flop with Enhanced Timing Using Low Supply voltage. | Kesanasetty Leela Sravani | Vignan's Foundation for Science Technology and Research |
49 | Approximate compressors | Avula Swapnamadhuri | Vignans Foundation for Science Technology and Research |
48 | Design of 12 bit Carry Select Adder using CMOS Logic | Soorya Krishna K | Srinivas Institute of Technology, Mangalore |
47 | D Flip Flop using CMOS Technology | Gokul M | Atria Institute of Technology |
46 | Manchester encoder and Miller Encoder | Perumalla Durga Vasavi | Vignan's Foundation for Science Technology and Research |
45 | 8T FULL ADDER | Vani chervirala | VNR VJIET |
44 | Folded Cascode Amplifier | Vesapaga Grace nissi | Vignan's Foundation for Science, Technology & Research |
43 | LowVoltageLowPower Amplifier based on MOSFET Darlington Configuration | MANGALAPALLY NAVEEN KUMAR | VNR Vignana Jyothi Institute of Engineering &Technology |
42 | Logic NAND gate design using Cmos | SUJATA HULLOLI | KLE technological University Hubli |
41 | Design of IC 741 tester circuit | TVN Srikar | VNRVJIET |
40 | 2:1 Multiplexer using Transmission Gate | Raja Bisht | Birla Vishvakarma Mahavidyalaya |
39 | Design of Half Adder using CMOS Technology | Rutuja Kage | KLE Technological University,Hubli |
38 | Design of Approximate compressors | ketha chandana tejaswini | Vignans Foundation for Science and Technology and Research |
37 | Design and Analysis of Dickson Charge Pump using CMOS technology | Charaan S | Madras Institute of Technology Campus Anna University |
36 | Low Power CMOS Analog Multiplier using skywater 130nm pdk | Chiranjeevi R | PSG College of Technology |
35 | Darlington amplifier | Yogapriya B | Easwari Engineering College |
34 | 2:4 Decoder using mixed logic CMOS gates | Akash Barman | Assam Engineering College |
33 | Implementation of Full Adder using SkyWater 130nm PDK | Balla Lalith Kumar | Gayatri Vidya Parishad college for Degree and PG Courses |
32 | CMOS 2:1 MUX Design and Implementation | A DEVIPRIYA | Cambridge Institute of Technology, K R Puram, Bangalore |
31 | DESIGN OF 3 INPUT NAND GATE USING CMOS | Ds Sai Rohith | SJCE MYSURU |
30 | The Two Stage CMOS Operational Amplifier with Frequency Compensation | Madhuri Hemant Kadam | Shree L. R. Tiwari College of Engineering |
29 | Designing and Plotting the characteristics of a Cascode Current Mirror | Archika Malhotra | INDIRA GANDHI DELHI TECHNICAL UNIVERSITY FOR WOMEN |
28 | Designing and Plotting the characteristics of a Cascode Current Mirror | Archika Malhotra | INDIRA GANDHI DELHI TECHNICAL UNIVERSITY FOR WOMEN |
27 | Transmission Gate | Vatsal B Patel | Vishwakarma Government Engineering College |
26 | CMOS Inverter | Vignesh | St Joseph Engineering College, Mangalore |
25 | Design and Analysis of TSPC D flip-flop using eSim | Aditi Singh | Indira Gandhi Delhi Technical University for Women |
24 | NOR gate using CMOS 130 technology | E BALAKRISHNA | DRONACHARYA GROUP OF INSTITUTION, GREATER NOIDA |
23 | Full wave Bridge rectifier using CMOS | Siddharth Hande | Dr. D. Y. Patil Institute of Technology |
22 | CMOS Rail-to-Rail Operational Amplifier | Manasi Yadav | Institute of Technology, Nirma University |
21 | NAND Gate using CMOS in 130nm technology performed in e-sim | Vanshika Tanwar | Dronacharya Group Of Institutions |
20 | RC Phase Shift Oscillator using FET | Samyuktha Shrruthi K R | Easwari Engineering College |
19 | Ring Oscillator Using Sky130 | ROHAN V PATIL | KLE TECHNOLOGICAL UNIVERSITY |
18 | Miller compensated Two stage operational amplifier | Anjana Jahagirdar | KLE Technological University,Hubballi,Karnataka |
17 | Design of two stage op-amp | Mili Anand | IGDTUW |
16 | Current mode logic CML latch | Abhishek Bhandari | IIT Dharwad |
15 | CMOS 3 STAGE RING OSCILLATOR using 0.25u CMOS TECHNOLOGY | AAKASH K | CAMBRIDGE INSTITUTE OF TECHNOLOGY ,K R PURAM BENGALURU |
14 | High Efficiency Dc-Dc Buck Boost Converter | ADITYA WAGH | Walchand College of Engineering, Sangli |
13 | Gilbert Multiplier Cell | Vaikunth Guruswamy | Madras Institute of Technology, Anna University |
12 | 2x1mux using CMOS | Barnali Mukherjee | Kalyani Government Engineering College |
11 | 32-bit ALU | PARAS SANJAY GIDD | Manipal Institute of Technology |
10 | Voltage Divider | Jayantha Nayak | Mangalore Institute of Technology and Engineering, Moodubidri |
9 | SR Flip Flop using CMOS Technology | Manjit Kalita | Assan Engineering College |
8 | CMOS Inverter | Dinesh Babu P | Sri Ramakrishna Engineering College |
7 | 3T NAND gate | Akhil Hadli | BMS College of Engineering |
6 | Full Adder using CMOS | Prerana Das | Assam Engineering College |
5 | Full Adder implementation on Dynamic CMOS Logic | Shreyas Bhat | KLE Technological university |
4 | CMOS SCHMITT TRIGGER | Vighneshwar B Hegde | KLE Technological University Hubballi |
3 | 2:1 Multiplexer using CMOS logic | Jessica Danica Vaz | Nitte Meenakshi Institute Of Technology |
2 | D Latch using CMOS Transmission Gate(TG) switches | Ankit Borah | Assam Engineering College |
1 | AND gate using CMOS technology | B ABHISHEK | KLE technological university, HUBLI |