diff --git a/README.md b/README.md index 6bcc731..d8dbdd6 100644 --- a/README.md +++ b/README.md @@ -1,24 +1,25 @@ ## Introduction -Discipline | Fill your discipline name here +Discipline | Electronics and Communication and Engineering :--|:--| - Lab | Fill your lab name here - Experiment| Fill your experiment name and number here + Lab | Analog Electronics Circuits Virtual Laboratory + Experiment| Digital to analog converter ### About the Experiment -Fill a brief description of this experiment here - -Name of Developer | Fill the name of experiment owner here +### Project Principal Investigator +Name | **Prof. C.S.Kumar** :--|:--| - Institute | - Email id| - Department | + Institute | **Indian Institute of Technology Kharagpur** + Email id| **kumar@mech.iitkgp.ac.in** + Department | **Department of Mechanical Engineering** +Webpage| [http://facweb.iitkgp.ac.in/~cskumar/](http://facweb.iitkgp.ac.in/~cskumar/) + ### Contributors List -SrNo | Name | Faculty or Student | Department| Institute | Email id +SrNo | Name | Developer and Integration Engineer | Department| Institute | Email id :--|:--|:--|:--|:--|:--| -1 | . | . | . | . | . -2 | . | . | . | . | . +1 | **Sukriti Dhang** | Developer | Department of Mechanical Engineering | IIT Kharagpur | sukritid05@gmail.com | +2 | **Prakriti Dhang** | Integration | Department of Mechanical Engineering | IIT Kharagpur | prakritidhang05@gmail.com | diff --git a/experiment/aim.md b/experiment/aim.md index 4bc1c54..11cca52 100644 --- a/experiment/aim.md +++ b/experiment/aim.md @@ -1 +1,4 @@ -### Aim of the experiment +## Aim of the experiment + +1. To perform Digital to Analog Conveter +2. To observe and plot the Output Voltage. \ No newline at end of file diff --git a/experiment/contributors.md b/experiment/contributors.md index 43e714a..03f2ae6 100644 --- a/experiment/contributors.md +++ b/experiment/contributors.md @@ -1,11 +1,15 @@ -EMPTY - -### Subject Matter Experts -| SNo. | Name | Email | Institute | ID | -| :---: | :---: | :---: | :---: | :---: | -| 1 | name | email | institute | id | +## Project Principal Investigator +Name | **Prof. C.S.Kumar** +:--|:--| + Institute | **Indian Institute of Technology Kharagpur** + Email id| **kumar@mech.iitkgp.ac.in** + Department | **Department of Mechanical Engineering** +Webpage| [http://facweb.iitkgp.ac.in/~cskumar/](http://facweb.iitkgp.ac.in/~cskumar/) -### Developers -| SNo. | Name | Email | Institute | ID | -| :---: | :---: | :---: | :---: | :---: | -| 1 | name | email | institute | id | \ No newline at end of file + +## Contributors List + +SrNo | Name | Developer and Integration Engineer | Department| Institute | Email id +:--|:--|:--|:--|:--|:--| +1 | **Sukriti Dhang** | Developer | Department of Mechanical Engineering | IIT Kharagpur | sukritid05@gmail.com | +2 | **Prakriti Dhang** | Integration | Department of Mechanical Engineering | IIT Kharagpur | prakritidhang05@gmail.com | diff --git a/experiment/experiment-name.md b/experiment/experiment-name.md index b0d364b..3af2185 100644 --- a/experiment/experiment-name.md +++ b/experiment/experiment-name.md @@ -1 +1 @@ -## Experiment name +## Digital to analog converter \ No newline at end of file diff --git a/experiment/posttest.json b/experiment/posttest.json index e0e6fc2..73f9d91 100644 --- a/experiment/posttest.json +++ b/experiment/posttest.json @@ -2,37 +2,62 @@ "version": 2.0, "questions": [ { - "question": "This is a Sample Question 1?", + "question": "A DAC converts an digital input signal to a analog output.", "answers": { - "a": "answer1", - "b": "answer2", - "c": "answer3", - "d": "answer4" + "a": "True", + "b": "False" + }, - "explanations": { - "a": "Explanation 1 here", - "b": "Explanation 2", - "c": "Explanation 2", - "d": "Explanation 2" + + "correctAnswer": "a", + "difficulty": "beginner" + }, + { + "question": "The equivalent weight of LSB in a four-bit variable resistive divider D/A converter is", + "answers": { + "a": "1/16", + "b": "1/15", + "c": "1/8", + "d": "8/15" + }, + + "correctAnswer": "b", + "difficulty": "beginner" + }, + { + "question": "What is used to represent the signed magnitude?", + "answers": { + "a": "MSB", + "b": "LSB", + "c": "None of the above" + }, + "correctAnswer": "a", "difficulty": "beginner" }, { - "question": "This is a Sample Question 2?", + "question": "Determine the resolution and full scale output of 4-bit weighted resistor DAC with a reference of 10 volts.", "answers": { - "a": "answer1", - "b": "answer2", - "c": "answer3", - "d": "answer4" + "a": "Resolution=1.25 V, Full scale voltage=18.75 V", + "b": " Resolution=2.5 V, Full scale voltage=18.75 V", + "c": "Resolution=5 V, Full scale voltage=18.25 V", + "d": "Resolution=2.5, Full scale voltage=18.75 V" }, - "explanations": { - "a": "Explanation 1 here", - "b": "Explanation 2", - "c": "Explanation 2", - "d": "Explanation 2" + + "correctAnswer": "a", + "difficulty": "beginner" + }, + { + "question": "A 4-bit R/2R digital-to-analog (DAC) converter has a reference of 5 volts. What is the analog output for the input code (B3, B2, B1, B0) = 0010.", + "answers": { + "a": "0.625", + "b": "0.765", + "c": "0.938", + "d": "-0.938" }, - "correctAnswer": "c", + + "correctAnswer": "a", "difficulty": "beginner" } ] diff --git a/experiment/pretest.json b/experiment/pretest.json index e0e6fc2..34cf8ac 100644 --- a/experiment/pretest.json +++ b/experiment/pretest.json @@ -2,38 +2,63 @@ "version": 2.0, "questions": [ { - "question": "This is a Sample Question 1?", + "question": "Analog signals have continuous electrical signals.", "answers": { - "a": "answer1", - "b": "answer2", - "c": "answer3", - "d": "answer4" + "a": "False", + "b": "True" + }, - "explanations": { - "a": "Explanation 1 here", - "b": "Explanation 2", - "c": "Explanation 2", - "d": "Explanation 2" - }, - "correctAnswer": "a", + + "correctAnswer": "b", "difficulty": "beginner" }, { - "question": "This is a Sample Question 2?", + "question": "Analog signal is represented by ___________", "answers": { - "a": "answer1", - "b": "answer2", - "c": "answer3", - "d": "answer4" + "a": "Square Wave", + "b": "Triangle Wave", + "c": "Sine Wave" + }, - "explanations": { - "a": "Explanation 1 here", - "b": "Explanation 2", - "c": "Explanation 2", - "d": "Explanation 2" + + "correctAnswer": "c", + "difficulty": "beginner" + }, + { + "question": "A 4-bit R/2R digital-to-analog (DAC) converter has a reference of 5 volts. What is the analog output for the input code (B3, B2, B1, B0) = 0011.", + "answers": { + "a": "9.125", + "b": "0.765", + "c": "0.938", + "d": " -0.938" }, + "correctAnswer": "c", "difficulty": "beginner" + }, + { + "question": "Determine the resolution and full scale output of 4-bit weighted resistor DAC with a reference of 10 volts.", + "answers": { + "a": "Resolution=1.25 V, Full scale voltage=18.75 V", + "b": "Resolution=2.5 V, Full scale voltage=18.75 V", + "c": "Resolution=5 V, Full scale voltage=18.25 V", + "d": "Resolution=2.5, Full scale voltage=18.75 V" + }, + + "correctAnswer": "a", + "difficulty": "beginner" + }, + { + "question": "The two ways of representing the 0 with signed magnitude representation is", + "answers": { + "a": "+0 and +0", + "b": "-0 and +0", + "c": "-0 and -0", + "d": "None of the above" + }, + + "correctAnswer": "b", + "difficulty": "beginner" } ] } diff --git a/experiment/procedure.md b/experiment/procedure.md index 37929cc..fb90a10 100644 --- a/experiment/procedure.md +++ b/experiment/procedure.md @@ -1 +1,59 @@ -### Procedure \ No newline at end of file +## Procedure + +- **3 bit Binary Weighted Resistors** +1. Connect the components as mentioned below: +L1-L5, L4-L6, L3-L5.(For eg. click on 1 and then drag to 5 and so on.) +2. Click on 'Check Connection' button to check the connections. +3. If connected wrong, click on the wrong connection. Else click on 'Delete all connection' button to erase all the connections. +4. Set the Resistance (R) value (1 Kohm - 10 Kohm). +5. Set the Feedback Resistance (Rf) value same as the Resistance (R) . +6. Set input voltage (Vin). +7. The IC is given proper bias of +12V and -12V to VCC and VEE respectively. +8. Intially B2B1B0 are set to 000.(B2B1B0 are 3 bit input) +9. Now note the output voltage and click on 'Add to table' button. +10. Change the B2B1B0 and note the output voltage and click on 'Add to table' button. +11. Repeat the experiment for another set of resistance value. + +
+ +

3 bit Binary Weighted Resistors

+
+ + +- **4 bit Binary Weighted Resistors** +1. Connect the components as mentioned below: +L1-L5, L4-L6, L3-L5.(For eg. click on 1 and then drag to 5 and so on.) +2. Click on 'Check Connection' button to check the connections. +3. If connected wrong, click on the wrong connection. Else click on 'Delete all connection' button to erase all the connections. +4. Set the Resistance (R) value (1 Kohm - 10 Kohm). +5. Set the Feedback Resistance (Rf) value same as the Resistance (R) . +6. Set input voltage (Vin). +7. The IC is given proper bias of +12V and -12V to VCC and VEE respectively. +8. Intially B3B2B1B0 are set to 0000.(B3B2B1B0 are 4 bit input) +9. Now note the output voltage and click on 'Add to table' button. +10. Change the B3B2B1B0 and note the output voltage and click on 'Add to table' button. +11. Repeat the experiment for another set of resistance value. + +
+ +

4 bit Binary Weighted Resistors

+
+ +- **4 bit Binary Ladder** +1. Connect the components as mentioned below: +L1-L5, L4-L6, L3-L5, L9-L12.(For eg. click on 1 and then drag to 5 and so on.) +2. Click on 'Check Connection' button to check the connections. +3. If connected wrong, click on the wrong connection. Else click on 'Delete all connection' button to erase all the connections. +4. Set the Resistance (R) value (1 Kohm - 10 Kohm). +5. Set the Feedback Resistance (Rf) value same as the Resistance (R) . +6. Set input voltage (Vin). +7. The IC is given proper bias of +12V and -12V to VCC and VEE respectively. +8. Intially B3B2B1B0 are set to 0000.(B3B2B1B0 are 4 bit input) +9. . Now note the output voltage and click on 'Add to table' button. +10. Change the B3B2B1B0 and note the output voltage and click on 'Add to table' button. +11. Repeat the experiment for another set of resistance value. + +
+ +

4 bit Binary Ladder

+
\ No newline at end of file diff --git a/experiment/references.md b/experiment/references.md index b15b47e..3259144 100644 --- a/experiment/references.md +++ b/experiment/references.md @@ -1 +1,8 @@ -### Link your references in here \ No newline at end of file +## References + +#### Books +1. Boylestad / Nashelsky, Electronic Devices and Circuit Theory , Pearson Education India; 11 edition (2015) +2. Adel S. Sedra , Kenneth C. Smith , Arun N. Chandorkar , Microelectronic Circuits: Theory And Applications,Oxford University Press ,Seventh Edition, (1 June 2017) +3. Donald Neamen, Electronic Circuits: Analysis and Design, McGraw Hill Education; 3 edition (25 August 2006) +4. Jacob Millman , Christos Halkias , Chetan Parikh , Millman's Integrated Electronics, McGraw Hill Education; 2 edition (1 July 2017) +5. B.G. Streetman and S. Banerjee, Solid State Electronic Devices, Prentice Hall. \ No newline at end of file diff --git a/experiment/simulation/simulation/js/bitchange_onoff_3bit.js b/experiment/simulation/simulation/js/bitchange_onoff_3bit.js index 0dece78..2dcade4 100644 --- a/experiment/simulation/simulation/js/bitchange_onoff_3bit.js +++ b/experiment/simulation/simulation/js/bitchange_onoff_3bit.js @@ -58,10 +58,10 @@ function textChangerf() { function changeImageb2_2() { image2 = document.getElementById('b2_2'); if (image2.src.match("off")) { - image2.src = "./image/on.png"; + image2.src = "./images/on.png"; b2_2=1; } else { - image2.src = "./image/off.png"; + image2.src = "./images/off.png"; b2_2=0; } switchchange(); @@ -70,11 +70,11 @@ function changeImageb2_2() { function changeImageb1_1() { image1 = document.getElementById('b1_1'); if (image1.src.match("off")) { - image1.src = "./image/on.png"; + image1.src = "./images/on.png"; b1_1=1; } else { - image1.src = "./image/off.png"; + image1.src = "./images/off.png"; b1_1=0; } switchchange(); @@ -83,10 +83,10 @@ function changeImageb1_1() { function changeImageb0_0() { image0 = document.getElementById('b0_0'); if (image0.src.match("off")) { - image0.src = "./image/on.png"; + image0.src = "./images/on.png"; b0_0=1; } else { - image0.src = "./image/off.png"; + image0.src = "./images/off.png"; b0_0=0; } switchchange(); diff --git a/experiment/simulation/simulation/js/bitchange_onoff_4bit.js b/experiment/simulation/simulation/js/bitchange_onoff_4bit.js index 364792e..9ca1678 100644 --- a/experiment/simulation/simulation/js/bitchange_onoff_4bit.js +++ b/experiment/simulation/simulation/js/bitchange_onoff_4bit.js @@ -60,10 +60,10 @@ function textChangerf() { function changeImageb3_3() { image3 = document.getElementById('b3_3'); if (image3.src.match("off")) { - image3.src = "./image/on.png"; + image3.src = "./images/on.png"; b3_3=1; } else { - image3.src = "./image/off.png"; + image3.src = "./images/off.png"; b3_3=0; } switchchange(); @@ -73,10 +73,10 @@ function changeImageb3_3() { function changeImageb2_2() { image2 = document.getElementById('b2_2'); if (image2.src.match("off")) { - image2.src = "./image/on.png"; + image2.src = "./images/on.png"; b2_2=1; } else { - image2.src = "./image/off.png"; + image2.src = "./images/off.png"; b2_2=0; } switchchange(); @@ -85,11 +85,11 @@ function changeImageb2_2() { function changeImageb1_1() { image1 = document.getElementById('b1_1'); if (image1.src.match("off")) { - image1.src = "./image/on.png"; + image1.src = "./images/on.png"; b1_1=1; } else { - image1.src = "./image/off.png"; + image1.src = "./images/off.png"; b1_1=0; } switchchange(); @@ -98,10 +98,10 @@ function changeImageb1_1() { function changeImageb0_0() { image0 = document.getElementById('b0_0'); if (image0.src.match("off")) { - image0.src = "./image/on.png"; + image0.src = "./images/on.png"; b0_0=1; } else { - image0.src = "./image/off.png"; + image0.src = "./images/off.png"; b0_0=0; } switchchange(); diff --git a/experiment/simulation/simulation/js/bitchangeladder_onoff_3bit.js b/experiment/simulation/simulation/js/bitchangeladder_onoff_3bit.js index 36aba53..0cb699e 100644 --- a/experiment/simulation/simulation/js/bitchangeladder_onoff_3bit.js +++ b/experiment/simulation/simulation/js/bitchangeladder_onoff_3bit.js @@ -55,10 +55,10 @@ function textChangerf() { function changeImageb2_2() { image2 = document.getElementById('b2_2'); if (image2.src.match("off")) { - image2.src = "./image/on.png"; + image2.src = "./images/on.png"; b2_2=1; } else { - image2.src = "./image/off.png"; + image2.src = "./images/off.png"; b2_2=0; } switchchange(); @@ -67,11 +67,11 @@ function changeImageb2_2() { function changeImageb1_1() { image1 = document.getElementById('b1_1'); if (image1.src.match("off")) { - image1.src = "./image/on.png"; + image1.src = "./images/on.png"; b1_1=1; } else { - image1.src = "./image/off.png"; + image1.src = "./images/off.png"; b1_1=0; } switchchange(); @@ -80,10 +80,10 @@ function changeImageb1_1() { function changeImageb0_0() { image0 = document.getElementById('b0_0'); if (image0.src.match("off")) { - image0.src = "./image/on.png"; + image0.src = "./images/on.png"; b0_0=1; } else { - image0.src = "./image/off.png"; + image0.src = "./images/off.png"; b0_0=0; } switchchange(); diff --git a/experiment/simulation/simulation/js/bitchangeladder_onoff_4bit.js b/experiment/simulation/simulation/js/bitchangeladder_onoff_4bit.js index 0aa378d..0dbc012 100644 --- a/experiment/simulation/simulation/js/bitchangeladder_onoff_4bit.js +++ b/experiment/simulation/simulation/js/bitchangeladder_onoff_4bit.js @@ -53,10 +53,10 @@ function textChangerf() { function changeImageb3_3() { image3 = document.getElementById('b3_3'); if (image3.src.match("off")) { - image3.src = "./image/on.png"; + image3.src = "./images/on.png"; b3_3=1; } else { - image3.src = "./image/off.png"; + image3.src = "./images/off.png"; b3_3=0; } switchchange(); @@ -66,10 +66,10 @@ function changeImageb3_3() { function changeImageb2_2() { image2 = document.getElementById('b2_2'); if (image2.src.match("off")) { - image2.src = "./image/on.png"; + image2.src = "./images/on.png"; b2_2=1; } else { - image2.src = "./image/off.png"; + image2.src = "./images/off.png"; b2_2=0; } switchchange(); @@ -78,11 +78,11 @@ function changeImageb2_2() { function changeImageb1_1() { image1 = document.getElementById('b1_1'); if (image1.src.match("off")) { - image1.src = "./image/on.png"; + image1.src = "./images/on.png"; b1_1=1; } else { - image1.src = "./image/off.png"; + image1.src = "./images/off.png"; b1_1=0; } switchchange(); @@ -91,10 +91,10 @@ function changeImageb1_1() { function changeImageb0_0() { image0 = document.getElementById('b0_0'); if (image0.src.match("off")) { - image0.src = "./image/on.png"; + image0.src = "./images/on.png"; b0_0=1; } else { - image0.src = "./image/off.png"; + image0.src = "./images/off.png"; b0_0=0; } switchchange(); diff --git a/experiment/simulation/simulation/js/quiz/vlab-prequiz-data.js b/experiment/simulation/simulation/js/quiz/vlab-prequiz-data.js deleted file mode 100644 index 246375a..0000000 --- a/experiment/simulation/simulation/js/quiz/vlab-prequiz-data.js +++ /dev/null @@ -1,72 +0,0 @@ -/* - * To change this license header, choose License Headers in Project Properties. - * To change this template file, choose Tools | Templates - * and open the template in the editor. - */ - -var prequizJSON = { - "info": { - "name": "Test Your Knowledge!!", - "main": "

Think you're smart enough to be on Jeopardy? Find out with this super crazy knowledge quiz!

", - "results": "

Learn More.

", - "level1": "Jeopardy Ready", - "level2": "Jeopardy Contender", - "level3": "Jeopardy Amateur", - "level4": "Jeopardy Newb", - "level5": "Stay in school, kid..." // no comma here - }, - "prequestions": [ - {// Question 1 - Multiple Choice, Single True Answer - "preq": " Analog signals have continuous electrical signals. ", - "prea": [ - {"option": "False", "correct": false}, - {"option": " True", "correct": true}// no comma here - ], - "correct": "", - "incorrect": "" // no comma here - }, - {// Question 2 - Multiple Choice, Multiple True Answers, Select Any - "preq": "Analog signal is represented by ___________", - "prea": [ - {"option": "Square Wave ", "correct":false}, - {"option": " Triangle Wave", "correct": false }, - {"option": " Sine Wave", "correct": true}//no comma here - ], - "correct": "", - "incorrect": "" // no comma here - }, - {// Question 3 - Multiple Choice, Single True Answer - "preq": " A 4-bit R/2R digital-to-analog (DAC) converter has a reference of 5 volts. What is the analog output for the input code (B3, B2, B1, B0) = 0011.", - "prea": [ - {"option": " 9.125", "correct": false}, - {"option": " 0.765", "correct": false}, - {"option": " 0.938", "correct": true}, - {"option": " -0.938", "correct": false},// no comma here - ], - "correct": "", - "incorrect": "" // no comma here - }, - {// Question 4 - Multiple Choice, Single True Answer - "preq": " Determine the resolution and full scale output of 4-bit weighted resistor DAC with a reference of 10 volts. ", - "prea": [ - {"option": " Resolution=1.25 V, Full scale voltage=18.75 V", "correct": true}, - {"option": " Resolution=2.5 V, Full scale voltage=18.75 V", "correct": false}, - {"option": " Resolution=5 V, Full scale voltage=18.25 V", "correct": false}, - {"option": " Resolution=2.5, Full scale voltage=18.75 V", "correct": false},// no comma here - ], - "correct": "", - "incorrect": "" // no comma here - }, - {// Question 4 - Multiple Choice, Single True Answer - "preq": " The two ways of representing the 0 with signed magnitude representation is", - "prea": [ - {"option": " +0 and +0", "correct": false}, - {"option": " -0 and +0 ", "correct": true}, - {"option": "-0 and -0", "correct": false}, - {"option": " None of the above", "correct": false},// no comma here - ], - "correct": "", - "incorrect": "" // no comma here - } - ] -}; diff --git a/experiment/simulation/simulation/js/quiz/vlab-quiz-data.js b/experiment/simulation/simulation/js/quiz/vlab-quiz-data.js deleted file mode 100644 index e9f3922..0000000 --- a/experiment/simulation/simulation/js/quiz/vlab-quiz-data.js +++ /dev/null @@ -1,80 +0,0 @@ -/* - * To change this license header, choose License Headers in Project Properties. - * To change this template file, choose Tools | Templates - * and open the template in the editor. - */ - -var quizJSON = { - "info": { - "name": "Test Your Knowledge!!", - "main": "

Think you're smart enough to be on Jeopardy? Find out with this super crazy knowledge quiz!

", - "results": "

Learn More.

", - "level1": "Jeopardy Ready", - "level2": "Jeopardy Contender", - "level3": "Jeopardy Amateur", - "level4": "Jeopardy Newb", - "level5": "Stay in school, kid..." // no comma here - }, - "questions": [ - {// Question 1 - Multiple Choice, Single True Answer - "q": " A DAC converts an digital input signal to a analog output.", - "a": [ - {"option": "True", "correct": true}, - {"option": " False", "correct": false}// no comma here - ], - "correct": "", - "incorrect": "" // no comma here - }, - {// Question 2 - Multiple Choice, Multiple True Answers, Select Any - "q": " The equivalent weight of LSB in a four-bit variable resistive divider D/A converter is", - "a": [ - {"option": "1/16", "correct":false}, - {"option": " 1/15", "correct": true}, - {"option": " 1/8 ", "correct":false}, - {"option": " 8/15", "correct": false} // no comma here - ], - "correct": "", - "incorrect": "" // no comma here - }, - {// Question 3 - Multiple Choice, Single True Answer - "q": "What is used to represent the signed magnitude?", - "a": [ - {"option": "MSB", "correct": true}, - {"option": "LSB", "correct": false}, - {"option": " None of the above", "correct": false} // no comma here - ], - "correct": "", - "incorrect": "" // no comma here - - }, - {// Question 4 - Multiple Choice, Single True Answer - "q": " Determine the resolution and full scale output of 4-bit weighted resistor DAC with a reference of 10 volts. ", - "a": [ - {"option": " Resolution=1.25 V, Full scale voltage=18.75 V", "correct": true}, - {"option": " Resolution=2.5 V, Full scale voltage=18.75 V", "correct": false}, - {"option": " Resolution=5 V, Full scale voltage=18.25 V", "correct": false}, - {"option": " Resolution=2.5, Full scale voltage=18.75 V", "correct": false},// no comma here - ], - "correct": "", - "incorrect": "" // no comma here - - }, - {// Question 5 - Multiple Choice, Single True Answer - "q": " A 4-bit R/2R digital-to-analog (DAC) converter has a reference of 5 volts. What is the analog output for the input code (B3, B2, B1, B0) = 0010.", - "a": [ - {"option": " 0.625", "correct": true}, - {"option": " 0.765", "correct": false}, - {"option": " 0.938", "correct": false}, - {"option": " -0.938", "correct": false},// no comma here - ], - "correct": "", - "incorrect": "" // no comma here - - } - ] -}; - - - - - \ No newline at end of file diff --git a/experiment/simulation/simulation/weightedladder4bit.html b/experiment/simulation/simulation/weightedladder4bit.html index 0ba342a..f465f05 100644 --- a/experiment/simulation/simulation/weightedladder4bit.html +++ b/experiment/simulation/simulation/weightedladder4bit.html @@ -244,15 +244,16 @@ - - + + -