| 102 | 100 KHz Crystal Oscillator Application Circuit with RH111 OpAmp |
| 101 | 74160 decade counter |
| 100 | Active RC 4th Order Lowpass Filter using LTC1563 |
| 99 | 100W Power Amplifier using BJTs |
| 98 | Single Pole and Two Pole Compensation using RH101A OpAmp |
| 97 | Power Supply with Positive Adjustable Regulator RH117H |
| 96 | Power Supply with Positive Adjustable Regulator RH117K |
| 95 | Inverting Amplifier with LT118A |
| 94 | Inverting Precision Amplifier using RH27C OpAmp |
| 93 | Power Supply with Positive Adjustable Regulator LT317A |
| 92 | High Speed Inverting Amplifier with LT318A |
| 91 | Inverting Precision Amplifier using RH37C OpAmp |
| 90 | BJT based Astable Multivibrator |
| 89 | An Audio Amplifier using BJTs |
| 88 | Four Band Gap Voltage Reference Circuits |
| 87 | Passive Butterworth Filter Design |
| 86 | Clapp Oscillator Design |
| 85 | CMOS Differential Amplifier Analysis |
| 84 | CMOS Inverter Analysis |
| 83 | Robust Design of a Cohn Filter Circuit |
| 82 | Colpitts Oscillator using JFET without diode |
| 81 | Colpitts Oscillator using JFET without diode |
| 80 | Output Characteristics of BJT |
| 79 | DC Operating Point Analysis of an OpAmp |
| 78 | Solid State Differential Operational Amplifier Design |
| 77 | To design a Dimmer using TRIAC and DIAC |
| 76 | Old Fashioned Electrometer Using Parametric up Conversion |
| 75 | Capacitance measuring device(Capometer) Design and implementation |
| 74 | Implementation of General Feedback Theorem |
| 73 | Time domain response of a 3db/octive rolloff |
| 72 | Design of a Hartley Oscillator using JFET |
| 71 | The Howland Current Pump Circuit Implementation |
| 70 | Implementation of an Ideal Transformer |
| 69 | IGBT Characteristics Plot |
| 68 | ISO 16750-2 Standard Transients Simulation |
| 67 | ISO 7637-2 Standard Transients Simulation |
| 66 | The Public Address system used in the 2015 World Circuit Seminar |
| 65 | LM308 Operational Amplifier Design and Implementation using BJTs |
| 64 | LM741 Operational Amplifier Design and Implementation using BJTs |
| 63 | LM78XX Linear Voltage Regulator Design and Implementation using BJTs |
| 62 | Logarithmic Amplifier using OpAmp and BJTs |
| 61 | An illustration to Measure the Loop Gain in Feedback Systems |
| 60 | An illustration for Small-Signal Stability |
| 59 | Voltage Controlled Oscillator Amplifier MC1648 Design and Implementation using BJTs |
| 58 | An illustrate circuit to measure Bandwidth of Voltage Divider CE Amplifier |
| 57 | Example of a Monte Carlo Simulation |
| 56 | NE555 Timer Design using BJTs |
| 55 | Output Resistance Analysis of NMOS |
| 54 | Analysis of Long Channel NMOS |
| 53 | Analysis of Short Channel NMOS |
| 52 | Noise Analysis of an Operational Amplifier |
| 51 | Noise Figure of Voltage Divider CE Amplifier |
| 50 | Non Linear Transformer Modelling and Simulation |
| 49 | Passive Notch Filter Design |
| 48 | Adjustable Voltage Power Supply with OP1117 |
| 47 | Low Noise Inverting Amplifier with OP113 |
| 46 | Micro Power Inverting Amplifier with OP191 |
| 45 | Low Noise Inverting Amplifier with OP213 |
| 44 | Low Offset Inverting Amplifier with OP227 |
| 43 | Precision Inverting Amplifier with OP27 |
| 42 | Precision Voltage Doubler with OP284 |
| 41 | Micropower Amplifier with OP296 |
| 40 | Precision High-Speed Inverting Amplifier with OP37 |
| 39 | Low noise Amplifier with OP413 |
| 38 | Micropower Voltage doubler with OP491 |
| 37 | Low power Inverting Amplifier with OP492 |
| 36 | Micropower Single-Supply Voltage Doubler with OP291 |
| 35 | Inverting Amplifier with OP292 |
| 34 | Three Amp State Variable Filter |
| 33 | Orchard and Sheahan LC bandpass filter From Horowitz and Hill, The Art of Electronics |
| 32 | High Pass Phase Shift Oscillator design |
| 31 | Low Pass Phase Shift Oscillator design |
| 30 | A Phono Circuit using Opamp |
| 29 | A Pierce Oscillator Dedign using JFET |
| 28 | Phase Locked Loop Design with Baudrate=500 |
| 27 | Phase Locked Loop Design with Baudrate=250 |
| 26 | Output Resistance Analysis of PMOS |
| 25 | Analysis of Long Channel PMOS |
| 24 | Analysis of Short Channel PMOS |
| 23 | Relaxation Oscillator design suing OpAmp |
| 22 | LT1184 Contrast Switching Regulators Application Circuit |
| 21 | 5 ways of specifying source and termination impedances for S-parameter computation. |
| 20 | Sample and Hold Implementation |
| 19 | Positive High Voltage Hot Swap Controller Application Circuit |
| 18 | The use of dQ/dt damping parameter Vp to control diode soft recovery |
| 17 | Filter analysis using the Step Parameter option |
| 16 | BJT analysis using the Step Model Parameter option |
| 15 | Differential Amplifier Noise analysis using the Step Parameter option |
| 14 | Operational Amplifier Temperature analysis using the Step Parameter option |
| 13 | A transformer design with two windings, 1 to 3 turns winding ratio |
| 12 | A transformer design with three windings(center tapped) |
| 11 | Transmission line inverter simulation |
| 10 | Second Order RC Filter design |
| 9 | Ultra High-Frequency Pre-Amplifier Design |
| 8 | Universal Operational Amplifier Design |
| 7 | Varactor Transmission Circuit |
| 6 | Varactor Transmission Circuit with Inductor Feedback |
| 5 | Varistor Modelling and Implementation |
| 4 | A Virtual Switch Modelling and Implementation |
| 3 | Reading a wave from a file |
| 2 | Saving 3 synchronized wave to a file |
| 1 | Wein Bridge Oscillator using OpAmp |
