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| Username | signality |
| Member Since | March 7, 2012 |
Now showing circuits 101-120 of 310. Sort by
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LED multi string linear constant current sink 01 PUBLICDC Sweep doesn't simulate properly in CL for all values of R7. Time Domain simulation shows erroneous current spike at startup. See below. by signality | updated April 15, 2013 constant-current-sink constant-current-source led led-array led-string |
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LED multi string linear constant current sink 03 PUBLICThis slightly simplified version of: LED multi string linear constant current sink 01 simulates fine in DC Sweep and Time Domain. by signality | updated April 15, 2013 constant-current-sink constant-current-source led led-array led-string |
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LED multi string linear constant current sink 02 PUBLICAn attempt to get the time domain sim of: LED multi string linear constant current sink 01 to work properly. It doesn't. Time Domain simulation still shows erroneous current spikes at startup. by signality | updated April 15, 2013 constant-current-sink constant-current-source current-sink led led-array led-string |
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2 transistor constant current sink 01 PUBLICQ2 collector current is held roughly constant over a wide range of V1. Use PNPs for a current source. F5 to simulate. by signality | updated April 15, 2013 |
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Flux conservation 01 PUBLICComparing flux conservation in real and behavioural inductors. by signality | updated April 10, 2013 behavioural-inductor behavioural-transformer dc-transformer flux-conservation inductor |
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vanderpol 02 PUBLICA fixed version of cheakyjojo's thread on a Van Der Pol oscillator: https://www.circuitlab.com/forums/general-discussion/topic/dfbes9bd/van-der-pol/ Based on page 23 of :... by signality | updated April 05, 2013 |
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volts amps power energy 01 PUBLICA way to find and plot the energy delivered to a load. Simulate > Time Domain > Run Time-Domain Simulation by signality | updated March 31, 2013 |
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Damping vs. Time Step 03 PUBLICBeware that, in CL, the damping in circuits including inductors is very dependent on the Time Step but is independent of Stop Time. This is with a Stop Time of 100u and a Time Step 100n. by signality | updated March 31, 2013 |
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Damping vs. Time Step 01 PUBLICBeware that, in CL, the damping in circuits including inductors is very dependent on the Time Step but is independent of Stop Time. This is with a Stop Time of 10u and a Time Step 10n. by signality | updated March 31, 2013 |
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Damping vs. Time Step 02 PUBLICBeware that, in CL, the damping in circuits including inductors is very dependent on the Time Step but is independent of Stop Time. This is with a Stop Time of 100u and a Time Step 10n. by signality | updated March 31, 2013 |
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diode pump PUBLICby signality | updated March 26, 2013 |
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AC inductor current 02 PUBLICby signality | updated March 24, 2013 |
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same labels 01 PUBLICby signality | updated March 24, 2013 |
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neg glitch gen 01 PUBLICby signality | updated March 22, 2013 |
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transformer resonance 01 PUBLICThis simulation calculates the parasistic or stray capacitance that would have to appear in parallel with the secondary in order for a measurement of the primary inductance to exhibit a resonance at... by signality | updated March 21, 2013 |
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Sweeping a voltage source demo 01 PUBLICDemonstration of how to select which devices and their parameters that you want to sweep. by signality | updated March 19, 2013 |
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Common Mode Choke 01 PUBLICDemonstration of the effects of a common mode choke. Simulate > Time Domain > Run Time-Domain Simulation by signality | updated March 17, 2013 |
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Differential Mode Choke 01 PUBLICDemonstration of the effects of a differential mode choke. Simulate > Time Domain > Run Time-Domain Simulation by signality | updated March 17, 2013 |
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N parameter sweep in edited LED model 03 PUBLICby signality | updated March 15, 2013 |
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Simple relay demo 01 PUBLICSimple relay demo. Note that open circuit relay contact resistance is 1000T. Simulate > Time Domain > Run Time-Domain Simulation by signality | updated March 14, 2013 |